poster presentation in computer science

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100+ Computer Science Presentation Topics (Updated)

This is a list of computer science Presentation Topics for students and professionals. These updated topics can be used for PowerPoint Paper presentation, Poster Presentation, classroom ppt presentation, seminars, seminars, webinars and conferences. etc. These presentation topics will be beneficial for students of Engineering and management courses such as BE Computer science, B Tech IT, MCA, BCA and MBA.

Below is the list of Best Computer Science Presentation Topics.

Artificial intelligence

Advanced Research Projects Agency Network (ARPANET)

AI & critical systems

Quantum Computing

Arithmetic logic unit (ALU)

Accelerated Graphics Port (often shortened to AGP)

ATX (Advanced Technology eXtended)

Sixth Sense Technology: Concept VS. Reality

BASIC – Beginner’s All-purpose Symbolic Instruction Code

Foldable Phones: Future of Mobiles

Basic computer skills

Blu-ray Disc

Cloud computing

CD-ROM (compact disc read-only memory)

Machine Learning

Cellular architecture

Central Processing Unit (CPU)

Cloud Print for Android

Chip (integrated circuit)

Computer multitasking

Cloud computing applications

Cloud computing basics

Cloud Printing for Windows

Computer architectures

Edge Computing

Computer Diagnostic Softwares

Computer form factor

Computer hardware troubleshooting

Cyber Security: New Challenges

Computer Networks

Computer software programs

Computer tracking software

The world of Blockchain

Conventional Binary Numbering System

Conventional PCI (PCI is an initialism formed from Peripheral Component Interconnect

DASD (Direct Access Storage Device)

Internet of Things (IoT)

Desktop Computers

Digital Visual Interface (DVI)

Transparent Display: Concept Vs Reality

DIMM – DIMM which means (dual in-line memory module)

DisplayPort

DNA computers

DVD (Digital Video Disc or Digital Versatile Disc)

Dynamic random-access memory (DRAM)

EEPROM (E2PROM) – Electrically Erasable Programmable Read-Only Memory

Electronic Delay Storage Automatic Calculator (EDSAC)

Embedded computers

Google cloud computing

EPROM – An EPROM (rarely EROM), or erasable programmable read-only Memory

Evolution of Computers

Expansion card (expansion board, adapter card or accessory card)

ExpressCard

FDDI – Fiber Distributed Data Interface

Intelligent Apps

Flash Memory

Graphics processors

Google Glass: Future of Computers!

Hard disk drive (HDD)

Harvard Architecture vs Von Neumann architecture

HDMI (High-Definition Multimedia Interface)

Standardization of web

Image scanner

Input and output devices (collectively termed I/O)

Type C port: The Gamechanger

IOPS (Input/Output Operations Per Second, pronounced eye-ops)

Latest Computer Technologies

Latest Trends in Computer Science

Mainframe computers

Manchester Small-Scale Experimental Machine (SSEM or “Baby”)

Mechanical Analog Computers

Mini-VGA connectors

Motherboard – the central printed circuit board (PCB)

Multiprocessing

Network Topologies

Neural computers

Non-Uniform Memory Access (NUMA) computers

Non-volatile memory

Neuralink: The brain’s magical future

Non-volatile random-access memory

Operating system (OS)

Optical computers

Optical disc drive

Optical disc drive (ODD)

Palmtop computer

Neuralink: Next Big Tech?

PCI Express (Peripheral Component Interconnect Express)

PCI-X, short for PCI-eXtended

Personal Computers (PC)

Personal Digital Assistant (PDA)

Photolithographed semiconductors

Programmable read-only memory (PROM)

Programming language

PSU (power supply unit)

Quantum computer vs Chemical computer

RAID (redundant array of independent disks)

Random-access memory or RAM

Read-only memory or ROM

Register machine vs Stack machine

Remote computer access

Scalar processor vs Vector processor

SIMM, or single in-line memory module

Solid State Drive (SSD)

Spintronics based computer

Static random-access memory (SRAM)

Super Computers

Synchronous dynamic random access memory (SDRAM)

Teleprinter

Ternary computers

Video Graphics Array (VGA) connector

Wearable computer

Virtual Reality

This is all about latest and best presentation topics for computer science and applications studies.

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How to Create a Research Poster

• Poster Basics
• Design Tips
• Logos & Images

What is a Research Poster?

Posters are widely used in the academic community, and most conferences include poster presentations in their program.  Research posters summarize information or research concisely and attractively to help publicize it and generate discussion. 

The poster is usually a mixture of a brief text mixed with tables, graphs, pictures, and other presentation formats. At a conference, the researcher stands by the poster display while other participants can come and view the presentation and interact with the author.

What Makes a Good Poster?

• Important information should be readable from about 10 feet away
• Title is short and draws interest
• Word count of about 300 to 800 words
• Text is clear and to the point
• Use of bullets, numbering, and headlines make it easy to read
• Effective use of graphics, color and fonts
• Consistent and clean layout
• Includes acknowledgments, your name and institutional affiliation

A Sample of a Well Designed Poster

View this poster example in a web browser .  

Image credit: Poster Session Tips by [email protected], via Penn State

Where do I begin?

Answer these three questions:.

• What is the most important/interesting/astounding finding from my research project?
• How can I visually share my research with conference attendees? Should I use charts, graphs, photos, images?
• What kind of information can I convey during my talk that will complement my poster?

What software can I use to make a poster?

A popular, easy-to-use option. It is part of Microsoft Office package and is available on the library computers in rooms LC337 and LC336. ( Advice for creating a poster with PowerPoint ).

Adobe Illustrator, Photoshop, and InDesign

Feature-rich professional software that is good for posters including lots of high-resolution images, but they are more complex and expensive.  NYU Faculty, Staff, and Students can access and download the Adobe Creative Suite .

Open Source Alternatives 

• OpenOffice is the free alternative to MS Office (Impress is its PowerPoint alternative).
• Inkscape and Gimp are alternatives to Adobe products.
• For charts and diagrams try Gliffy or Lovely Charts .
• A complete list of free graphics software .

A Sample of a Poorly Designed Poster

View this bad poster example in a browser.

Image Credit: Critique by Better Posters

• Next: Design Tips >>
• Last Updated: Jul 11, 2023 5:09 PM
• URL: https://guides.nyu.edu/posters

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• Information for:
• Prospective students
• Current students
• Faculty and staff
• Alumni and friends

Academic Presentations and Posters

Reccomendations and resources.

Last updated: August 2023

General Presentation Advice: (presenting academic research, communicating to a lay audience)

• Presenting with PowerPoint

Designing Posters for Specific Disciplines

• Poster Design Information from UNC Sources
• Using PowerPoint to design posters
• Using InDesign or Illustrator to design posters
• UNC Computer Labs with Design Software
• Poster Templates
• Poster Examples
• Printing Resources at UNC-Chapel Hill
• Alan Alda Center for Communicating Science (Stony Brook University)
• 12 Tips for Scientists Writing for the General Public (American Scientist)
• Presenting in the Sciences : A Guide (Tulane University Library)
• Houston, We Have a Narrative- Why Science Needs Story (book) - Randy Olson,The University of Chicago Press
• Poster Presentations: Tips and Tricks (Inside Higher Ed: Gradhacker)
• There's a movement for better posters at science conferences (Inside Higher Ed)
• On Research Presentations at Conferences (Inside Higher Ed)
• Communicating Research to a General Audience (Inside Higher Ed: Gradhacker)
• Making Data Talk: A Workbook (Communicating Public Health Data to the Public, Policy Makers, and the Press) - National Cancer Institute
• How to write for a non-academic audience: Communicating about research is more important than ever - American Psychological Association

• How to Prep for a Presentation (Lifehacker)
• Art of the Conference Paper- advice from a graduate student (Inside Higher Ed)
• Giving a Good Scientific Presentation (American Society of Primatologists)
• Effective Presentations for Chemists and Other Scientists (Lab Manager Magazine)
• Preparing Effective Oral Presentations (University of Kansas)
• Informative Speaking (Colorado State)
• Dos & don'ts of giving a good 15 minute talk (Australian National University)
• The Art of Communicating Effectively
• Impromptu Talks: Addressing a nonscientific audience (NC State)
• Ten Secrets to Giving a Good Scientific Talk
• Designing Effective Oral Presentations (Rice University)
• Dazzle 'em with Style: The Art of Oral Scientific Presentation (Book)
• How to Give a Bad Talk- Oral Presentation Advice (UC Berkeley)
• How NOT To Give a Scientific Talk (York University)
• Presentation Zen (Garr Reynolds)
• Presentation Skills (Decker Communications)
• Presentation Tips (Garr Reynolds)

Presenting with PowerPoint:

• Effective Virtual Presentations
• Effective Hybrid Presentations
• How to build a slide deck in PowerPoint that isn’t god awful
• PowerPoint Accessibility Tips - Penn State Accessibility Group
• 48 Effective PowerPoint Presentation Tips
• Tips for Making Effective PowerPoint Presentations
• 5 Ways to Make PowerPoint Sing! (And Dance!)
• Simpler is Better in Presentation Slides
• PowerPoint Does Rocket Science--and Better Techniques for Technical Reports (Edward Tufte)

• Oral Presentations and Writing for PowerPoint (George Mason University)
• Some Tips for Preparing a Research Presentation (Swarthmore)
• Learning from Bill Gates & Steve Jobs (Presentation Zen)
• Life After Death by PowerPoint (Funny video clip: How NOT to do PowerPoint )
• 14 Tips for Better Presentation Slides (Viget Labs)
• PowerPoint Is Evil (Edward Tufte in Wired Magazine)

Visual Communication & Design

• Effective Communication with Visual Design (Association of American Universities)
• 11 Design Tips for Beautiful Presentations
• 10 tips on how to make slides that communicate your idea, from TED's in-house expert
• Selecting the correct font size for slides

Academic Poster Design

• #betterposter: There's a movement for better posters at science conferences. But are they really better? - Inside Higher Ed
• Better Posters - A resource for improving poster presentations
• Create a More Impactful Scientific Poster with UX Design Tips - Mike Morrison, YouTube
• How to Create a Better Research Poster in Less Time - Mike Morrison, YouTube
• Visual and UX design principles can improve the effectiveness of poster sessions - Derek Crowe
• How to Choose the Best Layout for Your Scientific Poster (Animate Your Science)
• A Graphic Design Revolution For Scientific Conference Posters (Forbes)
• How to make an academic poster (Annals of Medicine and Surgery)
• How to design an award-winning conference poster (Animate Your Science)
• Poster Perfect- How to drive home your science with a visually pleasing poster (The Scientist)
• How to design an effective scientific poster - The Planetary Society
• Designing conference posters - excellent tips and examples (Colin Purrington)
• Better Posters: A resource for improving poster presentations (Blog from DoctorZen)
• Conference Posters (Organizing Creativity)
• So, Your Poster Got Accepted--Now What? (recorded webcast from the Natonal Library of Medicine)
• The Scientist's Guide to Poster Design (Katie Everson, University of Alaska Fairbanks)
• Creating Effective Poster Presentations: An Effective Poster- excellent overall (NC State)
• The Basics of Poster Design- useful for all disciplines
• Designing Effective Posters- online tutorial (Kansas University)
• Intro to Designing Conference Posters (University of Minnesota)
• Neuroscience Poster Design
• Presenting Conference Papers and Posters in the Humanities (Texas Tech University)
• Developing Poster Presentations in the Social Sciences (George Mason University)
• Poster Presentations in the Natural Sciences (George Mason University)

Poster Design Information from UNC Sources:

• Research Poster Creation (Carolina Population Center)
• Designing Effective Posters (Health Sciences Library)
• Poster Design and Printing Resources (UNC School of Pharmacy)

Poster Design Software

• Advice on Designing Scientific Posters (Microsoft PowerPoint)
• How to create beautiful and effective academic posters in PowerPoint (BrightCarbon)
• Creating a research poster in PowerPoint (Indiana University)
• Designing Effective Posters Using Powerpoint (UNC-Health Sciences Library)
• Designing Effective Posters Using Powerpoint 2016/2011 for Macintosh (UNC-Health Sciences Library)
• Creating a Poster in PowerPoint (University of Washington)
• Creating Posters with PowerPoint (Northwestern University)
• Designing Effective Posters Using InDesign (UNC-Health Sciences Library)
• Designing a Poster with Adobe Illustrator (Whitman College)

UNC Computer Labs with Design Software:

• List of all ITS campus computer labs
• ITS Virtual Computing Lab (VCL)
• UNC Library Data Services
• Health Sciences Library Media Design Services
• Medical Campus/Health Sciences Library Computer Labs
• SILS Lab Facilities and Equipment
• House Undergraduate Library Design Lab
• University Libraries Media Resources Center Media Lab
• School of Journalism Park Multimedia Lab
• School of Education Technology Services

Poster Templates:

• Poster Templates (UNC-Health Sciences Library)
• Google template search
• Poster Example Files (UC Davis)
• PowerPoint Poster Templates (Wake Forest University)
• PowerPoint Poster Templates (Penn State)
• PowerPoint Poster Templates (Rice University)

Poster Examples:

• Poster Sessions Flickr Group (Colin Purrington)
• Academic Poster Examples (UC Davis)
• http://www.flickr.com/photos/89596909@N05/sets/72157631922038937/
• Pimp My Poster Flickr Group
• Poster Examples (NC State)
• Washington NASA Space Grant Consortium

Printing Resources:

• PhD Posters (UNC on-campus pick up)
• Lab Poster Service (located in Chapel Hill, NC)
• FedEx Office Print & Ship Center
• MegaPrint- PosterSession.com
• UNC Print Stop and Copy Center
• Health Sciences Library Media Design Studios: Poster Printing
• UNC Eshelman School of Pharmacy- Poster Printing
• UNC Lineberger Comprehensive Cancer Center Digital Imaging Facility
• UNC Computer Science - large format color printer (plotter and 11×17 printer)

• Jul 11, 2023
• 11 min read

How to deliver an engaging scientific poster presentation: Dos and Don’ts!

You've spent hours meticulously designing an award-winning scientific poster that beautifully showcases your research findings and stands out from the crowd. 🔬🧫

Now it’s time to talk to an actual human being!!

The thought of presenting can be nerve-wracking, and the real challenge lies in simply and effectively communicating your novel research findings.

But fear not!

In this blog, we've got you covered with expert tips and strategies to help you confidently nail your poster presentation. Get ready to conquer your fears and showcase your research with finesse and confidence. ✨

Let’s run through the dos and don’ts of presenting your poster at a conference, ensuring you leave a lasting impression on your audience.

So dive in and discover how to deliver an exceptional poster presentation! 👇

Scientific Poster Presentation Dos:

Ahhh, you made it! 💪

Maybe it felt like a mad dash to the finish line, 🏃‍♀️ or a long time coming. Either way the conference is here. After weeks designing your award-winning poster - picking a cohesive colour scheme , an attention-grabbing font and perfecting the layout , you and your scientific poster are ready to stand out !

But you hadn’t given any thought to the actual presentation, until now…

…Cue freak out!

Poster presentations are the perfect way to showcase your recently published work, to have more intimate conversations with your peers, and to foster collaborations.

So let’s give you a run down to make sure you get off on the right foot.

You can breathe again, you got this! 😮‍💨 💪

Number 1: Start a conversation

Seems simple enough! But the power of a conversation is unparalleled.

So how do you start a conversation with a stranger? And in a loud and busy poster hall?

Well let’s find out.

Once you spot somebody eyeing off your poster, smile at them and allow 5 or so seconds for them to read your title and digest your research topic, before asking them "Would you like me to run you through my poster?". Think of it like window shopping, giving them time to decide whether they are interested and want to know more.

You can also use body language as a great indicator to determine if someone is interested.

For example, if someone beelines to your poster, conference booklet in hand, opened to your conference abstract, it's safe to assume they want to know more. If they barely pause at your poster, and avoid eye contact, that’s okay. Not everyone will be interested in your research!

To set a positive tone, start with a genuine smile and a warm greeting. Don’t forget to introduce yourself. Here are some conversation starters to get you going. 👇

To encourage interaction and foster a meaningful conversation ask open-ended questions.

"Have you encountered similar challenges in your own work?”

"What are your thoughts on this approach?"

Listen attentively and show genuine interest in their response, delving deeper into their perspectives where appropriate.

By having a two-way conversation you are more likely to get valuable input on your research topic and make meaningful connections. 🙌

But to have a successful conversation, you need to know who you are talking to, which leads us to our next point.

Number 2: Tailor your presentation

Once you have lured them in, it's time to provide a concise overview of your research. Keep it brief. Focus on the key point to pique their interest, and tailor your delivery according to their knowledge base.

The key here is to ask more questions.

It is a great idea to gauge your audience's background before you start with your spiel. A great question to start with is “How familiar are you with topic X?”.

Then continue to ask your audience simple yes/no questions interspersed throughout your presentation to further gauge their background knowledge and understanding.

For instance:

Are you familiar with this concept?

Have you heard of X technique before?

Do you know about XYZ?

Once you have an answer you can adjust the level of detail and terminology accordingly. This will help you adapt your explanations and avoid unnecessary complexity or oversimplification.

Some people are interested in the nitty-gritty details of your research and others might only be interested in an overview. Let the conversation guide you!

For example, a professor who has been working in the breast cancer field for 30+ years, will need very minimal background and will comprehend complex concepts, technical jargon and specialised methodologies with very little explanation required.

In contrast, someone that has no prior experience in cancer, or possibly even science, will require a more detailed explanation. Using layman's terms and analogies to simplify complex concepts will ensure a clear understanding.

Remain flexible, be prepared to tailor your delivery to your audience on the spot.

If you are unsure if you are hitting the mark, it is perfectly fine to ask “Is that clear?” or “Feel free to stop me if you are not following.” This way you are encouraging a conversation, and opening up the opportunity for them to ask you questions, rather than just solely presenting information to them.

Even though you are the presenter, don’t think that you should be the only one talking. Good networking looks like a well-balanced conversation between two people exchanging value and ideas.

The entire goal of a poster presentation is to make sure everyone who visits your poster leaves invigorated with a comprehensive understanding of your research, which in turn means they are more likely to remember your work, and remember YOU! 😍

Number 3: Employ storytelling

Research shows that people are more likely to remember information that is presented to them in a narrative form compared to dry facts or statistics. 📊

This is because stories engage multiple regions of the brain and activate sensory and emotional processing, which enhances memory retention.

If you’re a loyal reader of ours, you would know that we love all things storytelling ! 🤩

📖 Stories naturally follow a structure, typically involving a beginning, middle, and end.

Or as Randy Olson prefers to refer to it the And - But - Therefore framework:

‘And’ provides the context (or background if you will).

‘But’ provides drama, hooking in the reader (most likely your knowledge gap)

‘Therefore’ brings your story to a resolution (ie results and conclusions).

By creating a logical flow to your presentation, it makes it easier for your audience to follow along and understand the progression of your research.

To create a memorable story and leave a lasting impression, try sharing personal experiences, challenges, or triumphs, things your audience can relate to which will evoke an emotional connection. 💛

Facts and figures alone are easily forgotten, the approach of storytelling means your audience is more likely to remember long after the presentation is over.

Number 4: Use open body language

Non-verbal language also speaks volumes!

Use your body language to your advantage. Engage with your audience by maintaining eye contact, smiling, and displaying open body language. 🙂 For example:

Exude a confident, relaxed posture. Stand tall with your shoulders back, arms down and face your audience.

Smile. Genuinely. 😉 A fake smile doesn’t have the same warm and welcoming feel. But a genuine smile conveys friendliness and approachability, whilst creating a positive atmosphere. We suggest smiling both whilst your audience is perusing the posters as well as during your presentation.

Use natural gestures. Try to use gestures that complement your words. Point to your poster, use open hands, and purposeful, controlled gestures to emphasise key points or convey enthusiasm.

Maintain eye contact. 👀 Eye contact is a powerful way to establish a connection. It conveys attentiveness and interest. Try using the 50/70 rule. Maintain eye contact for 50 percent of the time while speaking and 70% of the time when listening. This helps to display interest and confidence. 4-5 seconds is the sweet spot. Be mindful of cultural differences, for example many Western cultures tend to value eye contact, but some Eastern ones see it as a form of disrespect. Be perceptive to cues of discomfort.

All of these small things might seem small, but they all add up. The more open you are with your body the more likely you are to have people come up to you and consequently hold their attention for longer during your presentation.

But it’s not just about you, be attentive to others' body language. Notice their gestures, posture, and facial expressions.

Pay attention to these cues, you can gauge their level of engagement, understanding, or potential discomfort. If they lean in, it indicates interest and engagement. If you notice a change in body language or eyes beginning to glaze over, it may indicate confusion or disinterest. 😬

Consider adjusting your content, providing more context, or shifting your body language to create a more comfortable and receptive atmosphere.

Scientific Poster Presentation Don'ts:

So now that we have what to do down pat. ✔️

Lat’s talk about some things to avoid! 🙅‍♂️🚫

Number 1: Try not to overcomplicate

This seems like a simple enough concept.

However, when you are so intimately familiar with a topic, the lines between simple terminology and technical jargon become blurry . You start to forget what words are niche to your topic and unfamiliar to those outside your field. 🙈

While it's important to convey the depth and accuracy of your research, we recommend you always:

Avoid excessive technical jargon

Minimise the use fancy words or writing-style language

Restrict unnecessary detail

Strive for a balance between scientific accuracy and accessibility.

If your research is complicated, analogies and relatable examples are a powerful way to help simplify the complexity — bridging the gap between overtly technical concepts and common knowledge, makes the ideas easier to grasp.

Next, stick to the main ideas. You want to clearly and concisely communicate your key message in just a minute. Identify your main research finding and nut out the real-world applications or implications, these are your main messages! Avoid overwhelming your audience with excessive details or venturing off on irrelevant tangents.

✨ Less is best! ✨

Everyone can understand your explanation when you use simple clear language, but only a small proportion will follow when riddled with technical terms and excessive jargon.

Number 2: Avoid being over-rehearsed

Whilst practising your presentation can provide you with confidence, being over-rehearsed can be a detriment, hindering the flow of conversation and the ability to tailor your presentation.

Your aim is to generate a memorable and genuine conversation. Being over-rehearsed can make your presentation feel robotic, rigid and devoid of authenticity.

Let’s be clear, we absolutely encourage practising. After all, practice makes perfect, but the aim is not to deliver a memorised scripted poster presentation! Save that for the 3MT . 😉

An excessively scripted presentation can ironically lead to increased stress and anxiety, causing you to appear tense and nervous. This is because you feel pressured to deliver a flawless presentation, and a single interruption, deviation or mistake from the rehearsed script can throw you off.

You become fixated on sticking to your rehearsed script, that instead of actively listening, you are preoccupied with remembering your lines. 🙈

As a result your presentation lacks connection, the conversation may feel stiff, if even present, and you may struggle respond naturally to questions, or pivot according to your audiences cues.

Instead of rehearsing a perfectly written script, try practising each section separately.

Familiarise yourself with the story structure, know the key ideas and work on improvisation. Become comfortable with strong introductory sentences to each of your sections, prepare some useful analogies and free flow from there.

This more balanced approach, allows you to:

Feel comfortable discussing your material in any order

Adapt and adjust your delivery based on your audience

Be present in the moment

Deliver a more authentic and flexible presentation

Stay attentive and develop meaningful exchange

So avoid the trap of reciting your perfectly crafted script and learn to improvise and converse! ✨

Number 3: Don't neglect your audience or your poster

We are not talking about maintaining eye contact, asking open-ended questions or paying attention to your audience. 👀❓

We are talking about the most important point… actually being there.

Be present beside your poster for the entire duration of your scheduled session.

An interested collaborator can’t talk to you if you are at the buffet the whole time, a potential employer can’t gauge your interest if you are hanging out at your friends' poster.

Waiting by your poster is crucial!

Now we aren’t saying you can’t grab a bite to eat, or go to the bathroom. But perhaps ask a friend to stand in for your, or better yet ask them to grab you a plate of food.

Came alone to the conference? No problem make friends with the presenter next to you and help each other out! The potential for meaningful connections are endless, make sure you are present!

Remember the advice I got from a big shot professor at my first national conference? It was in our blog Beyond publication: 5 science communication tips to maximise your research impact.

Well it doesn’t have to be you seeking out a connection, you could make a connection with someone who approached you at your poster. 😉

While we are talking about connection, connecting with your poster is almost as important as connecting with your audience!

As you deliver your presentation, point to key parts of your poster, guide your audience through it with you. Your presentation should complement the content on your poster and reinforce your key message(s) . Avoid skipping large sections of your poster, jumping around or talking about data not present on your poster (unless you are answering their question).

Your poster is a visual aid, use it to helps enhance your explanations and reinforce the key ideas with the help of visuals.

By giving attention to both your audience and your poster, you create a balanced and engaging presentation. Prioritising connection, interaction, and clarity to ensure your audience gets the most out of your research.

Number 4: Minimise bad presenting habits

You are so close to delivering an effective poster presentation, now let’s cover some poster presentation traps you want to avoid falling into!

There are lots of small habits you can avoid when presenting that can make the biggest of difference.

Reading directly from your poster 🚫 Try not to read the text verbatim of your poster. Your audience can likely read and therefore your presentation provides no value add. It can also make your delivery monotonous and disengaging for your audience. We recommend a natural conversation instead with explanations beyond what is presented on your poster.

Overuse of filler words 💬 Strive to minimise or eliminate filler words such as "um," "uh," "like," or "you know" from your speech. These words used in excess can detract from your message and make you appear less confident and knowledgeable. Try pausing briefly instead to gather your thoughts. It’s okay to not fill every silence, a meaningful pause allows your audience time to digest the information they just received.

Misdirecting your voice 🗣️ It can be easy to continue talking whilst you are looking at your poster. However, conference poster halls can be loud places, and it can be difficult to hear. When you are looking at your poster you are projecting your voice in the wrong direction, and you are not making eye contact. Instead, allow yourself to pause look at your poster to orient yourself or emphasise a point and then look back at your audience projecting your voice towards them at an appropriate level whilst maintaining eye contact.

Avoid closed body language 🙅‍♂️ So simple and yet for many of us our default stance is a closed posture. Avoid crossing your arms or hunching over. Try not to constantly turn you back to your audience by staring at your poster. These can create barriers and convey a defensive or disinterested attitude. Try open body language which is much more inviting.

Ignoring time constraints ⏳ Showing a lack of consideration for your audiences time can come across as rude. Over explaining or going off on irrelevant tangents are easy traps to fall into. But respecting your audiences time is crucial. They may have several other posters they want to get to, or maybe they need to leave to catch a flight. Practice your presentation to ensure that you can effectively convey your key points within 1-2 minutes. Of course the duration of your spiel can change depending on how much detail our audience is after, there is no one size fits all approach here! Just be mindful of the clock and watch for cues of discomfort. If you are unsure, it’s okay to ask “Would you like to know more about X?”

With these tips you can deliver a more engaging, and confident presentation that leaves a positive and lasting impression on your audience. ✨

BONUS TIP: 😉 Be prepared

Okay here are some bonus tips to level up your delivery:

Keep a pen on hand to quickly note down contact information if someone wants to collaborate or stay in touch.

Poster presentations are the perfect networking tool and business cards are the perfect networking tool, and yet so many researchers don’t have them. We think business cards are a must.

You could have some other handouts , such as are an A5 poster handout, or other memorable tokens like a keychain, or wrist band something related to your research. This will make you stand out and allow your audience to take something physical away from your presentation.

Anticipate and prepare for general questions and potential gaps in your research. Have concise points ready for missing experiments, alternative experimental design choices, and additional research avenues that may arise during discussions.

So there you have it, our top tips for making the best out of your poster session.

Remember, don’t present your poster, present yourself!

The conversation is more important than a perfectly planned speech, and these are not a rigid set of rules to follow, just be yourself. Be approachable, adaptable and engage with your audience through a genuine conversation and enjoy the experience.

Want more tips to nail your poster presentation?

Our online or in-person science communication workshops are perfect!

With a focus on science communication, storytelling , and communication you will hone all these skills and be competent to present your research to both expert and lay audiences. But we need your help by recommending us to your institution!

Here’s what one of our satisfied universities have said about our workshops:

"I submitted my first ever poster at a technical conference and not only received many compliments, but also won two poster prizes! I am sure that I will continue to make good use of all the information for many years to come." ⭐️⭐️⭐️⭐️⭐️ Eleanor Bilogrevic, Australian Wine Research Institute, Australia

If you’re interested in becoming a confident presenter, get in touch with us now!

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The psychology of design and science communication: Part 1

Exploring the World of Computer Science Posters: A Comprehensive Guide

In today’s digital era, computer science has become an integral part of our lives. From programming languages to algorithms, the field encompasses a vast range of concepts and ideas. As computer science enthusiasts, we often seek ways to express our passion and decorate our spaces with meaningful and inspiring visual elements. This is where computer science posters come into play. In this blog article, we will dive deep into the world of computer science posters, exploring their significance, varieties, and how they can enhance your surroundings.

First and foremost, let’s understand why computer science posters matter. These posters serve as visual representations of key computer science concepts, theories, and principles. They not only beautify your environment but also provide a constant reminder of the vast and fascinating world of computer science. Whether you are a student, a professional, or simply someone with an interest in technology, these posters can serve as a source of inspiration and motivation throughout your journey.

Table of Contents

The Importance of Computer Science Posters

Computer science posters play a crucial role in creating an immersive learning environment. By visually representing complex concepts, they enhance comprehension and make the subject matter more accessible. These posters stimulate curiosity and encourage exploration, instilling a sense of wonder and fascination in learners of all ages.

Fostering Curiosity

Computer science is a field that thrives on curiosity. It is about asking questions, seeking answers, and constantly pushing the boundaries of knowledge. Computer science posters can spark curiosity by showcasing intriguing visuals, thought-provoking quotes, and captivating illustrations that invite viewers to delve deeper into the subject matter.

Promoting Engagement

Engagement is essential for effective learning, and computer science posters excel at capturing attention and stimulating interest. These posters create a visually engaging environment that encourages active participation and exploration. By visually representing complex ideas, they make learning more interactive and enjoyable.

Enhancing Comprehension

Computer science can be a challenging subject, especially for beginners. However, well-designed posters can simplify complex topics, breaking them down into digestible visual components. By presenting information in a concise and visually appealing manner, computer science posters facilitate understanding and retention of key concepts.

Types of Computer Science Posters

Computer science posters come in various styles and formats, catering to different preferences and learning styles. Understanding the different types of posters available can help you choose the ones that best align with your interests and goals.

Quotes and Inspirational Posters

Quotes from influential computer scientists and tech pioneers can serve as powerful sources of inspiration. These posters feature motivational phrases that remind viewers of the impact and potential of computer science. They often include images or symbols that represent the field, creating a visually stimulating and inspiring display.

Infographics and Visual Summaries

Infographics are an effective way to convey complex information in a visually appealing and accessible manner. Computer science posters in the form of infographics break down intricate algorithms, programming languages, or data structures into concise and easily understandable visuals. The combination of text, diagrams, and illustrations helps learners grasp intricate concepts at a glance.

Diagrams and Flowcharts

Diagrams and flowcharts are invaluable tools in computer science, aiding in the visualization and understanding of complex processes. Posters featuring these visual representations allow learners to explore the step-by-step flow of algorithms, software architectures, or networking protocols. These posters promote a deeper understanding of how different components interact and work together.

Illustrations and Artistic Posters

Artistic posters add a touch of creativity and imagination to the world of computer science. They combine aesthetic appeal with the representation of computer science concepts. These posters often feature visually stunning illustrations that depict abstract ideas, futuristic technologies, or imaginative interpretations of coding and algorithms.

Choosing the Right Computer Science Poster

With a wide array of options available, selecting the perfect computer science poster can be overwhelming. However, considering a few key factors can help you make an informed decision.

Content Relevance

When choosing a computer science poster, consider the relevance of the content to your interests and goals. Are you interested in a specific programming language, algorithm, or technology? Choose a poster that aligns with your area of focus, ensuring that it reflects the concepts you find most intriguing and valuable.

Visual Appeal

The visual appeal of a poster is crucial in creating an engaging and inspiring environment. Look for posters with captivating designs, vibrant colors, and clear visuals. Consider the overall aesthetic and whether it complements your space and personal style. A visually appealing poster will draw your attention and spark excitement every time you look at it.

Durability and Quality

Investing in high-quality posters ensures longevity and prevents frequent replacements. Consider the materials used and the printing techniques employed. Opt for posters that are printed on durable paper or canvas, with high-resolution images that maintain their quality over time. This way, you can enjoy your computer science poster for years to come.

Incorporating Computer Science Posters in Educational Institutions

Computer science posters have immense potential in educational settings, enhancing the learning experience and inspiring students to explore the field further. Here are some ideas on how to effectively incorporate computer science posters in classrooms, labs, and libraries.

Classroom Decor

Transform your classroom into an immersive learning environment by displaying computer science posters on the walls. Choose posters that align with the topics being covered in the curriculum or highlight influential figures in the field. These visual aids will stimulate students’ interest and serve as constant reminders of the possibilities and wonders of computer science.

Interactive Learning Stations

Create interactive learning stations within the classroom or lab, each dedicated to a specific computer science concept. Accompany each station with a corresponding poster that visually represents the topic. Students can explore the posters, read the information, and engage in hands-on activities related to the concepts being showcased.

Library Displays

Libraries are hubs of knowledge and exploration. Use computer science posters to create dedicated displays that highlight different areas of computer science. Arrange posters in a visually appealing manner, accompanied by relevant books and resources. This will attract students’ attention and encourage them to delve deeper into the subject matter.

Enhancing Workspaces with Computer Science Posters

Computer science professionals spend a significant amount of time in their workspaces. Decorating these spaces with computer science posters can have a positive impact on creativity, motivation, and productivity.

Create an Inspiring Surrounding

Fill your workspace with computer science posters that reflect your interests and aspirations. Choose posters that depict your favorite programming languages, algorithms, or technologies. Surrounding yourself with visual reminders of the vast and exciting world of computer science will fuel your passion and inspire you to push boundaries.

Stimulate Creativity

Computer science is a field that thrives on creativity. Hang posters featuring abstract representations of coding, algorithms, or futuristic technologies. These artistic posters will spark your imagination and encourage you to think outside the box, leading to innovative solutions and ideas.

Motivate and Inspire

Computer science posters featuring quotes from influential figures in the field can serve as powerful sources of motivation and inspiration. Choose posters that showcase the words of pioneers such as Ada Lovelace, Alan Turing, or Grace Hopper. These quotes will remind you of the impact of computer science and the potential for making a difference.

DIY Computer Science Posters: Unleash Your Creativity

Creating your own computer science posters can be a rewarding and personal experience. It allows you to infuse your unique style and interests into the design. Follow these steps to unleash your creativity and design your custom computer science posters:

Choose a Theme

Select a specific computer science concept, algorithm, or technology as the theme for your poster. This will give your design a cohesive and focused approach.

Gather Visual Resources

Collect relevant images, diagrams, and symbols that represent your chosen theme. Look for high-resolution images that can be incorporated into your poster design.

Layout and Design

Experiment with different layouts and designs to find the most visually appealing arrangement for your poster. Consider the placement of text, images, and diagrams to create a balanced and aesthetically pleasing composition.

Typography and Color Scheme

Choose fonts and colors that complement your theme and align with the overall aesthetic you want to achieve. Ensure that the text is easily readable and that the colors enhance the visual impact of your poster.

Print and Display

Once your design is finalized, print your poster using high-quality materials and techniques. Consider the size and placement of your poster in your workspace or learning environment to maximize its impact.

Showcasing Inspirational Figures in Computer Science

Throughout history, countless individuals have made significant contributions to the field of computer science. Honoring these influential figures through computer science posters can inspire and motivate learners. Here are some notable figures and how their quotes and images can be incorporated into posters:

Ada Lovelace

Ada Lovelace,often referred to as the “first computer programmer,” was a visionary figure in the world of computer science. Her insights and contributions to Charles Babbage’s Analytical Engine laid the foundation for modern programming. A poster featuring Ada Lovelace may include her image alongside a quote highlighting her belief in the limitless potential of machines and their ability to create art.

Alan Turing

Alan Turing, a pioneer in the field of computer science and artificial intelligence, played a crucial role in breaking the Enigma code during World War II. Turing’s work laid the groundwork for modern computing and algorithms. A poster featuring Alan Turing could showcase his image accompanied by his famous quote, “We can only see a short distance ahead, but we can see plenty there that needs to be done.”

Grace Hopper

Grace Hopper, known as the “Queen of Software,” was a trailblazing computer scientist and naval officer. She made significant contributions to the development of programming languages, including the creation of the first compiler. A poster featuring Grace Hopper may include her image alongside her quote, “The most dangerous phrase in the language is, ‘We’ve always done it this way.'” This quote serves as a reminder to challenge conventions and embrace innovation.

Tim Berners-Lee

Tim Berners-Lee, the inventor of the World Wide Web, revolutionized the way we communicate and access information. A poster featuring Tim Berners-Lee could showcase his image with the quote, “The Web does not just connect machines, it connects people.” This quote emphasizes the power of the internet in connecting individuals and fostering collaboration.

Using Computer Science Posters as Conversation Starters

Computer science posters not only enhance the visual appeal of a space but also have the potential to initiate meaningful discussions and interactions. Here’s how you can use these posters as conversation starters:

In the Classroom

Hang computer science posters related to the current topic of study in your classroom. Encourage students to discuss the concepts depicted on the posters, share their thoughts, and ask questions. This will foster collaboration and create a dynamic and engaging learning environment.

In the Workplace

Display computer science posters in common areas such as break rooms or conference rooms. These posters can serve as icebreakers, sparking conversations among colleagues with shared interests. It can lead to knowledge-sharing, brainstorming sessions, and the cultivation of a collaborative work culture.

In Events and Meetups

Organize events or meetups centered around computer science topics and decorate the venue with relevant posters. These posters can act as conversation starters among attendees, facilitating networking and knowledge exchange. Participants can discuss the concepts depicted on the posters and share insights from their experiences.

The Future of Computer Science Posters

As technology advances and design trends evolve, the future of computer science posters holds exciting possibilities. Here are some potential directions for computer science posters:

Interactive Posters

With the rise of augmented reality (AR) and virtual reality (VR), computer science posters could become interactive experiences. Viewers could use their smartphones or wearable devices to unlock additional content, animations, or simulations related to the poster’s subject matter.

Data Visualization Posters

As the field of data science continues to grow, computer science posters may incorporate data visualization techniques to present complex information. These posters could showcase real-time data or demonstrate the impact of algorithms and machine learning models in various domains.

Collaborative Poster Design

The future of computer science posters may involve collaborative design processes. Online platforms could enable computer science enthusiasts from around the world to contribute their designs, ideas, and expertise to create comprehensive and globally inclusive posters.

Integration with Smart Environments

Computer science posters could seamlessly integrate with smart environments, such as smart homes or smart offices. These posters could change dynamically based on the time of day, user preferences, or environmental factors, creating personalized and adaptive displays.

In conclusion, computer science posters offer a unique and visually appealing way to celebrate and showcase your passion for the field. Whether you are a student, a professional, or simply someone who appreciates technology, these posters can transform your surroundings into an immersive and inspiring space. By fostering curiosity, promoting engagement, and enhancing comprehension, computer science posters serve as valuable tools for learning and creativity. So, dive into the world of computer science posters and embark on a journey of exploration, inspiration, and collaboration.

Billy L. Wood

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Computer Vision Research Poster

Computer vision research poster presentation, free google slides theme and powerpoint template.

Soon, computers will rule over the whole world. Until that day comes, we're free to design new templates, like this one for research posters (one of our newest structures). We've decided that the theme will be "computer vision", you know, that field in computer science that refers to how machines understand images from the real world. Customize this techie design and then print it if necessary. Our computer overlords will allow it... for now!

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Criteria for Success

For a successful poster…

• Create a title that attracts your audience.
• Make the main message stand out.
• Use strong figures and sparing text to support the main message.
• Practice your 20-second pitch .

Structure Diagram

Posters can have many layouts. Aim for the following overall division of space.

Identify Your Purpose

Your poster is a visual aid for spoken conversations you’ll have at a poster session. It should draw people to you, help them understand your work, and help you converse with them about your work.

Some questions to consider:

Why are you making this poster? A clear purpose — for example, “to hear critical feedback about my planned manuscript” — defines the poster’s performance requirements. It should:

• attract people who would read your future paper
• explain to them why you’re performing your research
• present to them the critical problems on which you want feedback

In contrast, a vague purpose such as “to tell people about what I’ve done” doesn’t concretize how to design your poster.

When and where will this poster be used? Successful posters are designed for a targeted audience at a single event. Posters designed for multiple purposes, for example, for use during a conference and then for use as a stand-alone manuscript-on-a-wall, tend to do poor jobs on both fronts.

How will this poster be used? In most cases, you’ll be standing next to your poster, in which case you’ll be using it in the same way people use a pen and paper to explain their ideas and results. Unlike a pen and paper however, the figures and data can be clean, clear, and attractive.

If you’re not standing next to your poster, what can it accomplish? Even if you’re not there to meet your audience and explain your work in person, your poster can still accomplish a lot. For example, the reader might be impressed and make note of your name and/or lab group, they might contact you to follow up with some direction questions, or the poster might influence their own research. However, if you won’t be standing next to it to speak with your audience, then your poster must be able to stand alone. That is, without making the poster too “wordy,” you need to support each figure with enough text to explain its contents and implications.

There are no hard-and-fast rules about what should or shouldn’t go on a poster. Think instead about what will be useful. To answer, “should I put my detailed protocol on my poster?” Ask yourself, “will that draw or deter my audience? Will it be useful to have on-hand during a conversation? Should I just have a copy of my protocol in my pocket instead? Do I want someone to be able to take a picture of it while I’m away from my poster?”

Keep Your Message Clear and Concise

People at poster sessions are often overwhelmed: there is an overabundance of people and posters, and both the posters and their presenters often offer an overabundance of specifics. A successful poster contains only necessary information and communicates a cohesive story clearly and quickly; a weak poster, on the other hand, is more like a technical memo broken up into boxes.

Compose a strong title

A strong title summarizes the main idea of the poster and is typically what draws someone to investigate further. One technique to increase interest in your poster is to use a broad title. In fact, as a guideline, consider making your title broad to the point that if you made it even a little broader, it would either no longer be an interesting idea or a true representation of your work.

To convert a weak title into a strong title, pull out the key nouns and verbs, make them as general as possible, and then link them together with as few words as possible. For example, consider the weak title,

Novel Method for imaging temperature and electric current variations across a wide-field of view on GaN HEMTs using Nitrogen Vacancy Centers

The key nouns are:

• temperature
• electric current

And the key verbs are:

Linking the key nouns and verbs with minimal but effective wording produces the strong title:

Wide-field Temperature and Electrical Current Imaging

Put your title in font big enough to read from 15 feet away. Characters should be at least ¾” in height (approximately 54 pt. font) but preferably 1” (72 pt. font). Make the title as legible as possible: don’t use all caps, don’t use shadowing or embossing, but do use high contrast colors, e.g. black text on a white background.

Make the main message stand out

Your poster should be easy to understand. If your poster is hard to understand, people will simply move on. The best way to make your poster easy to understand is to focus on conveying a main message and having that main message stand out . While there isn’t one best way to make the main message stand out on every poster, one powerful strategy is to have the figure that best summarizes the main message get the primary real estate. Make it larger and more centralized than the rest. Whether it shows your protocol, technology, or results, a good figure is worth much more than a 36″ x 36″ page full of text.

Arrange strong figures and sparing text for easy navigation

After you’ve figured out how to show your main message, you’ll need to support it. What’s the motivation? What are the implications? What approach did you take? The rest of your poster’s space is for answering questions like these.

Aim to answer most of these questions with figures and very sparing text. Bullet points are easier to read than paragraphs.

Most posters arrange their material into boxes with a navigation system that’s intuitive (for the reader!) and goes from introduction to main result to implications (with details that are essential to the message but don’t fit in the flow relegated to the bottom or corners). Exactly which boxes you include depends on your message. It’s wise to label your boxes with sentences or phrases that convey the message of the box. For example, see Example 1. However, you need not lay out your posters like this. In Example 3, some creativity was used in the layout to emphasize the poster’s message.

Practice your 20-second pitch

The most common question you’ll receive at a poster session is some variation of “So, what’s all this about?” The next 20-30 seconds is critical; a strong summary of your main message can spark a conversation, but a fumbling deluge of details can snuff one. A strong pitch has five parts:

• Something that every single person in the room cares about
• Why we need to know/do more about that thing
• What you did in this project
• What your results mean
• How your results contribute to the thing everyone cares about

Here’s a pitch that can be comfortably delivered in 20 seconds:

Have you ever noticed your cellphone getting hot? This heat could be degrading your battery, reducing its operating life  (1) . Unfortunately, there is a lack of technologies that allow scientists and engineers to study this heat and where it’s coming from. Thus, improvements in thermal imaging are important to design not just better batteries but better electrical devices in general  (2) . I developed a new microscopy system that allows for the imaging of temperature over a large field of view (3) . My technology offers significant improvements over alternative thermal imaging technologies (4) and will be a significant tool in understanding devices with thermal issues (5) .

I have bolded where each of the 5 ideas are addressed in my pitch. In this example, I have given each element its own sentence for demonstration purposes; however, you can condense your talk to address these 5 elements simultaneously so that only the core of your research is communicated. And as you practice your pitch and get to know your audience better, you can refine it.

Found this helpful? Feel free to spread the word by acknowledging the Comm Lab on your poster with our EECS Comm Lab logo .

Content adapted by the MIT Electrical Engineering and Computer Science Communication Lab from an article originally created by the MIT Biological Engineering Communication Lab .

Resources and Annotated Examples

 Today's Hours

Computer Science

• Computer Science Home
• Reference Materials for Background Information
• Books & Journals
• Web Resources
• Programming
• Research Posters
• Image Repositories
• Technical Reports

Poster Templates

While we encourage you to develop your own poster template (and, of course, to strictly follow the conference/class guidelines), below you will find some sample poster templates in a PowerPoint format.  Feel free to download these templates and populate them with your own information, charts, and pictures.

• Poster Template 2 Column 24" x 36"
• Poster Template 3 Column 24" x 36"
• Poster Template 3 Column 36" x 48"
• Poster Template 4 Column 36" x 48"
• Basic PowerPoint Instruction Learn the basics of PowerPoint.
• Make a Better Poster Templates Templates for accessible posters.

Other Resources

• Designing Conference Posters Dos and don'ts for designing your own poster.
• ePosters Explore posters from professionals.
• Make Signs Many templates for poster design.
• Scientific Posters Information on creating scientific posters.

What is a Research Poster?

"A research poster is an organized, visual display of your research project. Typically, you present your poster in a poster session at a conference or seminar. Conference or seminar attendees will walk by your poster, study its contents, and ask you questions. You should be prepared to answer questions and to explain your project one-on-one frequently throughout the poster session."

An effective poster:

• Presents your research in an  organized and visually pleasing   way. Posters typically contain both text and graphics (charts, tables, lists, etc.).
• Is  self-explanatory . In the case that you aren’t standing by your poster, or if you are otherwise engaged in conversation, anyone walking by should be able to view your poster and understand your project.
• Is  easy to read . Be sure your text and graphics are large enough that multiple people standing a few feet away can read your poster simultaneously.
• Is  concise . Your poster should summarize your project quickly and efficiently. Avoid long paragraphs. Bullet points are often very effective. Figure out how you might present parts of your project through graphics. You should be able to explain your poster from start to finish in ten to fifteen minutes."

From  http://hass.ugresearch.ucla.edu/urw/guidelines/#tab-id-3

Essential Elements

Required elements.

• Author(s) with affiliations and emails

Highly recommended elements

If your poster is a representation of a research study, you will want to include the following sections

• Introduction or objective
• Conclusions and/or discussi on
• Acknowledgements

If your poster is a representation of an event or other kind of project, you may want to forego formal abstract sections in favor of the 5 Ws

• Who (introduce the author, organization, or community)
• What (what did you do? how did you do it?)
• Where (where did you do it?)
• When (when did it take place?)
• Why (what are the outcomes, implications, or future possibilities?)

Suggested elements

• Your affiliation's logo (such as Centre College's logo available on the Media Resources page)
• Relevant graphs and charts
• Relevant pictures

Suggested size and format

• 36" x 48"
• At least 300 dpi
• .PDF (for print or digital)
• JPEG (for use in PowerPoints)

Font choices

Appropriate font examples

• Times New Roman
• Avoid using more than 2 or 3 different fonts in one poster.
• Avoid elaborate, difficult-to-read, or cartoon-like fonts.
• The body of your poster should have a minimum  36 point font .  
• Viewers should be able to read your smallest text from a few feet away.
• The title of your poster should have a 50+ font size, depending on the size of your poster and the length of the title.
• Do not use all uppercase letters for the title or body of the poster.
• << Previous: Cite
• Next: Image Repositories >>
• Last Updated: Feb 2, 2024 10:30 AM
• URL: https://library.centre.edu/c.php?g=1287290

University Library

Computer science and engineering research guide.

• Books & More
• Zotero This link opens in a new window
• Open Access This link opens in a new window
• Manage Your Data This link opens in a new window
• Presenting Science
• Publish/Cite Code (MIT) This link opens in a new window
• Best Practices for Supplementary Files

Resources for Conference Posters

• PBSci Poster Printing Information
• SOE Poster Printing Information
• Designing Conference Posters Pragmatic, useful advice written in an entertaining style from a former biology professor at Swarthmore College. Don't let the easy prose style fool you, there are many great suggestions here.
• PowerPoint Templates for Research Posters - from PosterSession.com This site offers a selection of free research poster templates in various sizes and configurations.
• PowerPoint Templates for Research Posters - from PosterPresentations.com Here is another selection of useful and free PowerPoint templates for creating research posters in various sizes.
• Common Copyright Questions Answered

For more books (print or electronic), go to Library Search

• << Previous: Manage Your Data
• Next: Publish/Cite Code (MIT) >>

Creative Commons Attribution 3.0 License except where otherwise noted.

Land Acknowledgement

The land on which we gather is the unceded territory of the Awaswas-speaking Uypi Tribe. The Amah Mutsun Tribal Band, comprised of the descendants of indigenous people taken to missions Santa Cruz and San Juan Bautista during Spanish colonization of the Central Coast, is today working hard to restore traditional stewardship practices on these lands and heal from historical trauma.

The land acknowledgement used at UC Santa Cruz was developed in partnership with the Amah Mutsun Tribal Band Chairman and the Amah Mutsun Relearning Program at the UCSC Arboretum .

How to Design a Poster for Your Data Science Project?

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If you are familiar with data visualization and presentation of data analysis results, then you’d know the significance of neatly organized findings. You can either show each step of your work with a PowerPoint (PPT) presentation or, if you believe in simplicity and love shortcuts, a project poster is a perfect solution.

The reason why many people prefer posters is that they show you the big picture without delving much into details. Also, posters save time - for both reader and presenter. They highlight only the key points of the project, which comes in handy with complex and long ones. Lastly, we all know how boring a long PPT can be with those endless slides. So boring that we often lose interest and drift away from the actual project. A poster keeps the focus on one page only where you don’t have much space to stray.

Wondering how to design your poster? In this article, I’ll help you get started. I’ll cover the following topics:

What is a Data Science Project Poster and What Makes a Good One?

• What Are the Key Components of a Poster?

Examples and Resources

A poster, usually fitting a single page, is used to present the conclusions you’ve come to during the analysis of your data. It needs to be organized and easy to understand. This means taking care of the little details, such as the font size and colors, so the words are readable and easy to comprehend.

So, how to make a poster which works and also stands out?

• Words should be readable from a reasonable distance
• Bullet points, numbering and underlining important concepts do a great deal of organization
• Different sections should be separated with lines to build a structure
• The colours should be suitable, neither too bright nor dark, taking into consideration the contrast between the background and the font colour
• The title should be concise and descriptive

What are the Key Components of a Poster?

A project poster consists of 6 main sections. Each one has its specific purpose and includes the most important elements of your project. To make it easier, I have visualized these sections in the graphic below. Then, I’ll go into detail with each one of them.

Project Title

First, remember to write the name of your project in a large font. Then, add the names of your team members. If you have worked on the project by yourself, it is still a good idea to add your name under the title. After all, you should give yourself some credit for a job well done. Stick to smaller font for the names.

Introduction

Here, you can talk about the problem statement or the idea of your project. The introduction can be a couple of sentences or bullets describing the project’s aim and what your objectives for solving the problem are. You can also include the data source and what inspired you to do the project. For example:

“As stated by the World Health Organization (WHO), stroke is the 2nd leading cause of death globally, being responsible for nearly 11% of total deaths. The main objective of this project is to predict a stroke based on some demographic and clinical features.”

Or another might be: “Kerala is a state in South India where floods affect the whole region due to high rainfall during the monsoon season. In this project, we’ll build a binary logistic model to predict floods based on the monthly rainfall index for each year in Kerala, India.”

In this part, you explain the steps you’ve taken to achieve the project’s objectives. They can vary from one project to another but let’s say that you’re trying to predict an output using some variables in your dataset by building a predictive model. The basic steps in this case would be:

I- Assessing the data

II- Cleaning the data

III- Training and building the model

IV- Evaluating the model’s performance

Remember to keep it short and to the point. You don't need to mention all the details in each step. Just a summary would be sufficient for the readers.

Now that you’ve elaborated on the methods you've used, in the results part, you have the chance to share the outcomes of your project. This can be as a summary, a table, or a graphic visual to present your findings. Getting back to the example from the methods section where a predictive model was built, the results can be in the following form:

I- Mention the methods used to evaluate the model’s performance

II- Insert an image showing the performance report or a ROC curve

Remember that you don’t have to include all the results because there might be many. Just focus on the points related to the objectives you’ve mentioned in the problem statement.

Visuals & Conclusions

This is your chance to show your artistic side and your deductive skills. There are many cases when people approach the problem correctly and follow the right steps to solving it but, eventually, cannot communicate their findings. This might happen when they lack the ability to draw conclusions that prove the success of their work. It’s just like a detective working on a hard case, eventually able to crack it but then doesn’t show up in court!

There isn’t a specific blueprint when delivering your results. However, here in this section, you can insert some visuals explaining the correlation between different variables and your conclusions based on these correlations. Besides visuals, you can summarize your findings n bullet points to enhance the readability. Or, include bar charts, pie charts, graphs etc. depending on your needs. Let’s go back to the example with the stroke-rate prediction.

Normally, bar charts are useful when comparing data values across certain categories in the dataset. When predicting strokes, a bar chart can depict how many people had or hadn’t had a stroke in each age category.

In the same project, a box plot will show the effect of clinical features, like average glucose level and body mass index, on the likelihood of having a stroke. Also, pie charts are good providing an overview of a certain variable, such as the proportion of males and females in a dataset. Line charts, on the other hand, are best for illustrating a change in a certain variable over time, such as the number of COVID-19 deaths in a year.

All these types of visuals can be used in our example to display different aspects of the findings. Of course, don’t limit your creativity and restrain yourself only to the above-mentioned.

Finally, you’ve reached the easiest part of your project poster. In the references section, you need to list the sources you've used or, in some cases, give credit to the people whose work helped you complete the project. This can be:

• Research papers

Final Advice on the Project Poster Structure

There are no specific guidelines or criteria when it comes to designing your poster. The layout can be horizontal or vertical. The number and structure of columns can vary from one to another. Some posters have images, and some don’t. It’s totally flexible. The most important thing is that you deliver your message clearly and organized. Make sure that the language is simple yet descriptive and don’t repeat the same idea over and over. After all, you have limited space so put everything in a structured way.

The components I have mentioned so far are the most common structural elements of a project poster. And since we need to see how it all comes together in practice, let’s look at some examples and resources to download free templates for your next data science project!

Example No.1 - Multimodal Neural Decoding with Natural Data

This one is quite exciting - although the project isn’t simple, it’s presented in a fashionable and organized way, making it easy to understand. As you can see, it has most of the parts I have talked about. The introduction, methods, results, and conclusion, plus enough clear and creative visuals.

Example No.2 - Probabilistic Cause-of-death Assignment Using Verbal Autopsies

This collaborative project of the University of Washington is discussing how deaths are assigned causes, especially using Verbal Autopsy. This is one way to determine the cause of death using all the available information from recent symptoms to surrounding circumstances. Well, we’d steer away from reading about this project before bed!

Example No.3 - Predicting Discontinuation of Docetaxel Treatment for mCRPC with Hill-climbing and Random Forest.

After analysing patients’ data in AstraZeneca clinical trial, these guys tried building a model to predict which patients are more likely to discontinue their treatment within 3 months. The poster is quite creative in terms of design, and colour choice, and is structurally pleasing to the eye. Again, the major elements discussed in this article are present.

Example No.4 - Predicting Strokes

The project’s primary aim is to predict a stroke based on some demographic and clinical features. The project was hosted as a competition on Kaggle a year ago. There are different approaches to solving the problem, but in this poster, a binary logistic regression model was trained to predict the likelihood of a stroke based on the 2 most related features: age & average glucose level.

If you’d like more details on how to make a poster and get to the very nitty-gritty, I have created a list with useful resources. They vary from explanatory articles to actual guides and templates.

• A Guide to Design a Scientific Poster

Here is an article by Michael G. Lemieux that explains what a scientific poster is and what to include along with easy tips for designing a good one. Although the article is dedicated to scientific posters for conferences, the basic elements are applicable to any type.

• How to Create a Research Poster

This is a short guide by the NYU libraries that illustrates how to create a research poster. It also starts by defining a research poster and then proceeds with the criteria of a good poster. Beneficial in this article are the examples of both well-designed and poorly made posters. Here you can also find links to software where you can start your design process.

• Scientific Poster Powerpoint Templates

Moving on to the templates, we have the Scientific Poster PowerPoint Templates by MakeSigns. All are free to download!

• Free Research Poster Templates

Also, you can get free-download Microsoft Word templates for research posters by TemplateLab.

• Microsoft Free Science Project Poster

This one would be quite useful. Science project poster template by Microsoft which is commonly used specifically for data science projects.

How to Make a Poster for Your Data Science Project: Next Steps

Now that you have the right toolkit, things will get much easier along the way when you start your next project. It’s alright if you feel like there’s still some knowledge or skill that you are missing. Often, we all do. To help you fill in any learning gaps, 365 Data Science has created a variety of courses and a career track prepared by experts

The 365 Data Science Program offers self-paced courses led by renowned industry experts. Starting from the very basics all the way to advanced specialization, you will learn by doing a myriad of practical exercises and real-world business cases. If you want to see how the training works, start with a selection of free lessons by signing up below.

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Sarah El Shatby

Research Analyst

Sarah is a research analyst, writer, and business consultant with a Bachelor's degree in Biochemistry, a Nano degree in Data Analysis, and 2 fellowships in Business. In 2020, she started studying Data Science and Entrepreneurship with the main goal to devote all her skills and knowledge to improve people's lives, especially in the Healthcare field.

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10 Technical Poster Presentation Topics with 5 Ways to Explore Them on Paper

Technical poster presentation topics represent a set of topics that are suitable for posters with a scientific purpose to demonstrate knowledge in technical disciplines:

• Engineering,
• Computer Science,
• Astronautics,
• Nuclear Science,
• Telecommunication,
• Radio Electronics,
• Robotics, etc.

An academic poster can be regarded as an indispensable tool to raise your and others’ awareness of a technical issue. You need to conduct technical research and summarize the main information on a certain technical issue, then present it in a clear visual way on paper. It is what we are going to explain to you in this article – what technical poster presentation topic to choose and how to present it clearly for an audience in a poster. Go on reading and get equipped with useful tips!

Table of Contents

10 Technical Poster Presentation Topics

“What to investigate in a technical research project so that it will be interesting for me and my audience?” If this question occurs to you, you should keep in mind some steps in choosing the best technical poster presentation topic:

• Focus on less-investigated areas of study that interest you most;
• Consider several technical poster presentation topics;
• Narrow down the scope of the most interesting topic;
• Ask your professor for feedback.

Here you are the list of research ideas for your technical poster presentation at talks, conferences or seminars. After looking it through, you’ll be able to determine what you could do a great research project about while being a technical student.

• The Evolution and Improvement of Wireless Communication;
• Artificial Intelligence and Signal Processing for Better Speech Recognition;
• The Medical Application of Biochips;
• Data Security in Government Computer Network Systems Management;
• The Quality and Flexibility of Industrial Automation in the 21st Century;
• Face Detection Technology: The Operating Peculiarities and Their Improvements;
• Holographic 3D Projection Device and Its Practical Application;
• Modern Applications of Nanoscience and Nanotechnology;
• Autonomous Driving: 5 Details of Modern Technology;
• Home Audio Video Interoperability and Its Standardization.

How to Do a Technical Poster Presentation in 5 Simple Ways

After you choose the most interesting technical poster topic for your own presentation, your affairs are much better. However, don’t get too excited as you need to know how to present your technical poster successfully. To create a good technical poster, there are a number of points to consider:

• The purpose of creating a poster. It is aimed at informing an audience about the chosen technical research question and attracting their attention to it. So all your efforts should be devoted to meeting this particular purpose. Gather as much relevant information about a technical issue as possible and present it in a clear and interesting way (that will be provided in this article below – arm yourself with patience to read it to the end!)
• The targeted audience. Depending on the audience you’re going to present a technical poster, you choose the way of presentation. If the audience is aware of all the terminology you want to mention, there is no need to provide additional explanations. If not, be ready to clarify all the complex concepts you’re going to present. Usually, technical posters are presented to young researchers like you or professors from the technical faculties.
• The coherent organization of poster content. Everything you are going to include must relate to your research question closely. A poster is limited by space to provide too much information. It isn’t free writing of essays. Mind it! Say no to all irrelevant data and include only those pictures, graphs, and tables that underpin your central research idea. Besides, even if you want to present some text in your poster, it is better to give headlines, bullet points, and numbers to make the text easy to read and understand. These instruments help to highlight the discussed issue better and to attract public attention to the key moments of the technical research. As for the poster organization, put the central idea in the center and build on it the rest of the poster content.

One of the possible technical poster presentation topics is provided below. Pay attention to all the details. Is this poster perceived as a coherent statement that gives all the necessary information on the topic “Wireless Charging vs. Wired Charging of Electronic Devices”? Reportedly, yes.

Look how it is possible the same good results in your own technical poster presentation!

• Collect the most relevant and interesting information to fulfill the purpose of a poster. Remember the purpose of creating a poster? You are supposed to inform and attract the readers to the research issue. In your case, it is referred to as a technical research question. That’s nothing to sneeze at! So it is vital to stick to the subject so that it will be interesting for all who intend to read your poster. Mind it can be read by both a specialist with a high level of knowledge within a technical discipline and a person unfamiliar with some technical terms and practices. For that reason, weight up the data given to both types of readers so that they will be able to digest all at once.
• Develop a presentable poster layout. What does it mean? Posters are usually designed on paper of size A0, A1 or A2 – quite an impressive scope of writing. So it is important to work in the way in which writing and pictures will be well-arranged on a given page. You can choose any way of structuring your poster, but there is the only thing you can’t neglect – the visibility of all the posters elements. Make them visually appealing and easy to follow. It is possible to achieve with the help of clear headings and subheadings.

• Outline a poster in advance. Don’t hope that all the information that you’re going to use will fit in your poster nicely. But if you work on a poster outline beforehand, it will be much easier to produce a good poster. Draw squares where each new research idea or fact will be separately written down. After that, look at the outline of your poster and decide if you will read it with interest what is written. Remember you should be the first ‘objective’ reader of your poster. Alternatively, you can always find someone who is more experienced in assessing the quality of posters – professional poster writers, editors and other experts in creating eye-catching content.
• Think about the visual imagery of the technical poster. Luckily, a poster isn’t a research paper itself where you need to write, write and write a lot of text to meet a page or word count (as it is common for most students). In posters, students are required to present the research process, its results briefly. How to do it? With the help of different visual elements – color, shapes, lines, scales, graphs, charts, diagrams, tables, pictures, etc. So all the graphical elements that could provide the most convincing display of your competence in the technical issue in question, and emphasize or clarify the importance of your technical research efforts. Don’t try to create colorful Coca-Cola or any other famous company. Be unique in filling your technical poster with informative and appealing visual elements.

Hopefully, our article is helpful for you, but remember that we can be more helpful when our specialists will take off their coat to the work – a well-arranged poster written specifically according to your instructions is waiting for its users. Don’t miss this opportunity to make a technical poster presentation favorable for your academic path!

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Computer Science Presentation

Create an attractive and colorful presentation using venngage's computer science creative presentation template.

• Design style modern
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• Size Custom (1024 x 576 px)
• File type PNG, PDF, PowerPoint

The field of computer science continues to grow so if you’re making a presentation on the subject, then Venngage’s Computer Science Creative Presentation has you covered! Anytime you need to give a lecture or discussion on computer science, this template is the perfect choice for an informative slide show. The Computer Science Creative Presentation template gives you the freedom to customize it completely so you can deliver an epic presentation. Modify the Computer Science Creative Presentation template with pie charts, icons, text, and diagrams. You can also customize the Computer Science Creative Presentation with images, tables, graphs, or uploaded photos. Change the color scheme and the layout for a unique Computer Science Creative Presentation!

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How to Make a Successful Scientific Poster

Published on 18 Apr 2023

Good science goes nowhere if it’s not communicated well.

Poster sessions at scientific conferences are a hub for knowledge dissemination and research networking. So, knowing how to design a good conference poster is a big part of becoming a successful scientific communicator and sharing your work with a larger community.

Making a scientific poster can be an exciting and rewarding experience. A well-designed poster can help you showcase your research to attract the attention of fellow scientists and potential collaborators or sponsors.

So, to help you get started, this scientific poster guide covers all the bases. From a step-by-step poster creation process to useful examples and templates, you’ll find everything you need here to put together a successful scientific poster.

Students discussing during a scientific poster session.

What is a scientific poster?

A scientific poster is a visual representation of research or scientific work presented at a conference or other professional gathering. The goal is to present complex research information in a way that is easy to understand and visually engaging for conference attendees. You want to concisely tell the story behind your science, all while making it accessible to non-expert audiences.

Scientific posters can include text, figures, tables, graphs, infographics, charts, and images to convey the key findings of a research project (these elements may also be used to highlight the significance or implications of the research). A scientific poster typically consists of a large, printed sheet of paper or fabric, on which the presenter displays the results of their research in a clear, concise, and visually appealing manner. If you’re presenting at a virtual poster session , your “poster” might be a digital file, a presentation, or a recorded video.

During a conference poster session, a researcher usually stands by their poster display while other conference participants wander through the room, viewing presentations and interacting with various authors as they go.

What is a good size for a scientific poster?

The ideal size for a scientific poster will vary depending on your conference or event requirements. However, the most common size is 48 inches (122 cm) wide by 36 inches (91 cm) tall. This size allows for easy transportation and can fit on most poster boards or display areas.

Regardless of the common size given here, it's still important that you check the specific requirements of the event where you will be presenting, as they may have different size limitations or guidelines (the event or conference website is usually a good place to find this information). Resizing a finished poster can be a real pain. So, it’s best to check the conference requirements first thing so you can start your poster off on the right track.

One important thing to keep in mind when designing your academic poster with any digital software: It’s better to start bigger (when it comes to pixels). Also, make sure to send a high DPI image (eg. 300 DPI) for printing to ensure a high quality print.

What is the best software to make a scientific poster?

Microsoft PowerPoint and Google Slides are two of the most common and easy-to-use programs for making scientific posters. Adobe Illustrator is sometimes used by individuals with more advanced design skills. The best software to make an effective poster will depend on your personal preference and/or familiarity with the tools available.

Here’s a handful of popular software options for making scientific posters (and their benefits):

Microsoft PowerPoint : PowerPoint is a widely used software for creating presentations, and it can also be used to create scientific posters (by designing an entire poster on a single presentation slide). It also offers a variety of design templates and tools to create visually appealing posters. Many university computers give students and staff access to the Microsoft suite of tools, so this can be a good free option.

Google Slides : Similar to PowerPoint, Google Slides is a popular software for creating presentations (with the added ability to create scientific posters). It’s free to use which makes it one of the preferred options for early-career researchers.

Adobe Illustrator : Illustrator is a vector-based design software that is ideal for creating high-quality graphics and images. It offers advanced features for typography, color management, and image editing. However, using any Adobe software often comes with a hefty subscription price (and a steep learning curve if you’re unfamiliar with the tools).

Canva : Canva is a web-based graphic design platform that offers a variety of templates and tools for creating posters and other visual media. It is user-friendly and requires no design experience. You can get a free personal account (or pay for upgraded features).

LaTeX : LaTeX is a document preparation system that is often used for scientific publications and presentations. It offers advanced features for typesetting equations and mathematical symbols.

Mac Pages : I made 3 posters during my PhD using Mac Pages. I found it quite easy to work with to add text boxes and colored sections. It’s very similar to PowerPoint in many ways. This is an excellent option for Mac users since it’s free.

InkScape : InkScape is a great tool for students on a budget (it’s free). It offers a simple and efficient way to create vector designs or scientific illustrations.

If you’re attending a virtual conference, you may have additional options for creating a virtual scientific poster. In this case, recording on Zoom, adding audio to a slideshow on PowerPoint, or recording on Quicktime are all good options to consider. Check out our article on guidelines for a virtual poster presentation for more advice.

How to make a good scientific poster for a conference

A well-designed and informative poster that effectively communicates the key findings of your research is your primary goal.

You’ll want to make sure you tailor your poster to the context you’ll be presenting in (i.e. the size of the space, your presentation format, and the level of knowledge your audience is likely to have about your research topic). You’ll also want to give yourself enough time to finish your poster (anywhere between 5 days to a few weeks depending on how much experience you have).

Before we dive into the details of the scientific poster creation process, here’s a highlight of what makes a great scientific poster (and common mistakes to avoid):

So, keeping the above highlights in mind, here’s our step-by-step guide to help you make a scientific poster that will stand out at any conference:

1) Decide on the poster narrative and key messages

Before you begin designing your poster, plan the core content. Start by considering the purpose of your poster and the key message that you want to convey. Identify the main findings of your research and the most important conclusions that you want your audience to take away from your poster. Keep these messages in mind and then think of the varied ways you could weave them into a connected narrative (both visually and verbally) when presenting your poster. This is a great exercise to help you get better at storytelling in science in general.

Later on, when you design your poster and format it, these key messages will need to visually stand out so that someone walking by or scanning your poster can pick them up without stopping to read the full thing.

2) Decide on the sections of your scientific poster

Once you’ve determined your key message(s), you’ll need to organize your research content into sections that make logical sense. Like the abstract in a scientific paper, your poster should have sections summarizing the background and rationale, methodology, results, and the implications of your work. Some common sections included in a scientific poster include:

Title, Key Finding or Takeaway - Highlight the core message in a catchy way.

Introduction - Provide background information and a clear research question or hypothesis. Introduce only what’s necessary to address any knowledge gap.

Methods - Explain the methodology used in your research. This is often the easiest section to skip (or merge with the results to save space and tell your story better).

Results - Present the key findings of your research in a visually appealing way in the results section. Use graphs and tables with legends and titles.

Discussion - Interpret and discuss the implications of your findings.

Conclusion - Summarize your research and its significance. Comment on possible future research. This section can easily be combined with the discussion section.

Citations & Acknowledgements - Reference important materials, your institutional affiliation and thank individuals for specific contributions to your research. This can be smaller than other text so as not to distract from the core message, but it should be included somewhere.

Prompt to Find Out More - Give interested readers an easy option to dive further into your research. Include a resource link (or a QR code) to additional materials.

Keep in mind: these are common sections included in a poster, NOT required sections. Feel free to get creative with more descriptive headings or combine sections if it helps you communicate your message better (and in fewer words). And, wherever possible, think of ways to tell your story through figures and illustrations rather than through text. Biorender and the Noun Project are both great resources to help you find and create visuals for your poster.

3) Create your poster layout and structure

Once you have a clear idea of the content that you want to include, create a rough layout of your poster. Decide on the overall structure of your poster and the placement of each section. This is a great time to pull out a sketchbook and a pencil to mess around with a few different ideas. Or, if you prefer a digital drafting process, you can start making your layout in your software of choice right away.

To make the design process easier, you might want to choose a poster template to customize. There are heaps of useful scientific poster templates available online that you can use ( this collection is a good starting point). Some universities and research centers even provide poster templates that use a specific color scheme and already include the necessary logos. Check whether your institution has a template like this and consider using it if they do - it will save you a lot of time!

Your poster layout should be well-organized, with each section following clearly from the previous one, creating a visual path that tells a coherent story. Decide what will be the direction that the information flows (i.e. left to right and then down? OR top to bottom and then to the right?). Someone who is looking at your poster should not have to jump from one side to the other in order to understand your work. Consider the use of numbers or arrows to indicate the flow of what comes next. Or get creative with eye-catching visuals that naturally draw the reader's eye through the sections in a logical order.

4) Spruce up your scientific poster with a bit of style

The visual design elements (especially colors and fonts) that you choose for your poster can have a big impact on its effectiveness. When choosing a font, consider both the font type and the font size. Picking to read and size is important to help to structure the poster content.

Choose a color scheme that is visually appealing and easy to read (free generators like Material Palette are handy for this if you don’t have an eye for design). Be sure to use high-contrast colors to make important information stand out and to help visually impaired visitors.

Choose fonts that are easy to read and make sure your chosen font size is readable from a distance. Also, consider using a pattern of varying font sizes and/or types to help visually differentiate between poster title, body text, headings, and poster highlights. Use no more than two or three different fonts in your poster overall to avoid clutter and confusion.

If you’re planning to feature a specific image or illustration in your poster, consider using it for inspiration for your color scheme or fonts. It will ensure that your final poster has a more cohesive and less cluttered look.

5) Put all the pieces of your poster together

If you’re using software like Powerpoint: First, choose your page size. Then, start to create content blocks and insert text where appropriate.

If you’re uploading pictures of any sort to your poster design, be sure to use high-quality, high-resolution images. Only import images with 300 dpi resolution (saved in PNG or TIFF formats) to your poster. Double-check to be sure you’ve uploaded good pictures: a high-quality image should not appear blurry or pixelated at 100% zoom.

Once you have your template and design elements in place, it's time to add your content. Begin with the main sections of your poster, such as the introduction, results, and discussion. Use graphs, charts, tables, and images to present your data in a clear and visually appealing way.

When adding text, use short sentences and bullet points to make it easy to read. Use headings and subheadings to break up the content and make it more visually appealing.

6) Print your scientific poster and get ready to present it

Once your poster is complete, it's time to print it so it’s ready to present at the conference. Again, it’s important that you read the conference guidelines very carefully and print your poster in the correct size and orientation. Make sure you print in the highest-quality as well.

Some institutions have dedicated printing facilities, but you can also visit a copy shop that has a large-format printer. If you haven’t had to get a poster printed before, it’s worth asking a colleague for recommendations on a good local spot. Or, if you are feeling creative, you might want to go a different route and print your poster on fabric (this gives you the option to reuse it as a unique table cloth or picnic blanket in the future).

Whatever your printing format, make sure you budget enough time for a reprint if disaster strikes (a week or more of buffer time is a good bet). It’s also worth testing printing out with a “dummy poster” on a small piece of paper. This will allow you to check that everything looks okay when printed before you spend a good chunk of change on the final, full-sized poster.

Finally, when preparing for the conference, be sure to bring all of the necessary materials with you, such as pins or velcro strips, to hang your poster. It doesn’t hurt to also have a digital copy of your poster on a thumb drive just in case something happens to yours in transit. Many conferences have onsite printing services that you could resort to in the event of a mishap.

A few extra tips to help you make a scientific poster

Just a few more helpful things to keep in mind when designing your scientific poster:

1) Quality over quantity

A little bit of text goes a long way on a poster - in fact, the fewer words the better. Posters with less text are more inviting and easier to absorb. Don’t forget that you will be there to explain your work, so there is no reason to try to include everything in the text. Shorten your text by summarizing sections with bullet points and highlighting the key messages.

As mentioned in this article on designing conference posters: If all of your text is kept to a minimum (500 words), an average person could fully read your poster in about 5 minutes. Think about how long you’d want to spend reading through a poster, and use that as motivation to chop your content down to even less than that 5-minute reading mark.

2) Use color, visuals, and white space strategically

Great posters maintain a good amount of white space around the text boxes and figures. A cramped poster is hard to read (and intimidating to passing attendees looking for catchy, quick takeaways). A safe bet is to always include more white space than you think you’ll need.

As much as graphics and visuals can help, they should only be used if they truly are helpful. Don’t get too wrapped up in “decorating your poster.” Get rid of any images or illustrations that aren’t directly related to your research and that don’t help you highlight the key messages you want to deliver.

Finally, resist the urge to use a blown up photo as your poster background. All it adds is confusion and clutter. You’re better off using a light, neutral tone in the background and adding interest with relevant, informational graphics.

This image from brightcarbon shows how good visuals and spacing can make a poster catchier and better at quickly delivering information. They’ve also got great templates for posters if you’re looking.

3) Get picky about your poster fonts and formatting

After you’ve looked at the big picture design and made sure your key message is coming across clearly, dive into the details to perfect your poster:

• Try to make all of your text boxes the same width. It keeps things visually consistent.
• If possible, keep paragraphs to 1-2 sentences rather than big blocks of text.
• Use italics instead of underlining. Underlining draws too much attention to a word.
• Don't use fancy fonts. They make your poster look busy and can make it harder to read (especially for people with dyslexia). In general, sans serif fonts are easiest to read.
• Except for a few words that you might want to highlight, ensure that all of your text is black or a dark color to create better contrast and readability.

4) Don’t be afraid to get a bit creative

We’ve listed some common poster elements and templates in this article, but that doesn’t mean you should hesitate to be creative. Think about design elements or images that are relevant to your research and that could make your poster stand out from the crowd. A few ideas to get your creative brainstorming started:

• Add hidden informational panels behind paper flaps on your poster to make the experience more interactive.
• Attach objects or physical things to add some dimension/interest to your poster.
• Bring props or handouts to supplement your poster beyond what exists on it.

The same goes for your poster layout. Don’t be afraid to completely switch things up in a way that suits your research. A twitter-famous example of this was Mike Morrisons take on the best conference poster layout:

Mike displays his poster layout (Image Source: NPR )

Mike’s innovative take on the research poster template prompted other researchers to think about how to reinvent the wheel. His video on poster sessions captures the need for this kind of creative approach perfectly. A few conferences even adopted it as their required template.

5) Get a second (and third) opinion on your scientific poster

Before you finalize your poster, make sure to review it carefully for accuracy, completeness, and visual appeal. Check for spelling and grammar errors and make sure that all of your data is presented accurately.

Print out a draft of your poster and ask a colleague or mentor to review it and provide feedback. It’s also worth getting feedback from someone with limited understanding of your research topic (they’ll be able to give you an idea of how accessible the wording is and a good review on your design without being bogged down in the technical details). Based on the feedback you receive, make any necessary revisions before finalizing your poster.

Some scientific poster examples (and reviews)

So far, this article has outlined the theory behind making a great poster. But, putting it into practice isn’t always as simple as a 6-step process. You might still be having difficulty visualizing what a good poster looks like (or thinking of ideas for your own). So, take this next section as a bit of creative inspiration. I’ve gathered a handful of posters from my network and given them a quick review based on the design recommendations above.

POSTER ONE - A Fine Figure (or a Few)

Made with: Mac Pages Shared by: Matthieu Chartier (Founder, Fourwaves)

Poster highlights:

• The use of figures and visuals helps to explain the method developed.
• Paragraphs are short and highlight key information.
• The poster isn’t divided into the classic scientific poster sections (let that creativity through!). Instead, because it’s describing a newly developed method, it’s divided into an introduction, method, validation, and applications.

Pieces to improve:

• There are a lot of different colors used. This makes it hard to identify the different sections and the structure of the poster at a glance. Converting the figures and fonts to a more uniform color scheme could help with the visual appeal to people walking by.
• The use of white space could be better (it feels a bit cramped). It would be better to leave some text out and simply mention that information when speaking with visitors during the poster session.

POSTER TWO - An Effective Contrast

Made with: Powerpoint (and figures with BioRender) Shared by: Simon Fournier (Business Development, CQDM)

• The poster contains clear sections with headings that have good contrasting colors to draw the eye (dark blue on white).
• The figure generated with Biorender is clear and is a good support material to use during the actual poster presentation.
• The use of bullet points helps distinguish the key messages.
• The title of the poster could be a bit more punchy to attract attention.
• Figures could be incorporated more to illustrate the data and draw the eye to the poster.

POSTER THREE - Colorful

Made with: Inkscape Shared by: Vincent Nault (CEO, Lumed)

• The use of figures helps to illustrate the data and break up the paragraphs.
• A good amount of information is delivered with a relatively small amount of text.
• The combination of colors is distracting at times. It’s not a complementary palette.
• The font sizes seem to vary widely and the bright yellow font is difficult to read.
• Sections don’t flow in a continuous logical order (gives the sensation of jumping around a bit when you’re trying to find the next section).

POSTER FOUR - Beauty in Simplicity

Made with: Adobe Illustrator (contains 3D rendered images created in Autodesk Maya). Shared by: Mouhanad Babi (PhD, Microscopist and Scientific Illustrator)

• The best thing about this poster is its simplicity. It only has 3 main sections.
• It’s not cramped with text and data and has a lot of white space.
• Easily read and understood in a short period of time.
• Bullet points are used well to share key information.
• The title could be a tad bit catchier.
• There is no contact information if someone wanted to reach out to the presenter.

FUN FACT: This poster was presented at the Biophysical Society of Canada in Montreal in 2017 and won the best poster prize 🏆!

POSTER FIVE - Room to Breathe

Made with : PowerPoint Shared by: Maxime Descoteaux (CSO at Imeka, Research chair in neuroinformatics)

• This poster really breathes! It’s mostly white with only darker colors used to clearly delineate the different sections.
• The content is straight to the point. It highlights the problems with existing compression formats then goes straight into the developed method and results.
• A short sentence to summarize the key conclusions would be helpful. However, leaving it out could also encourage the reader to ask the presenter and spark a conversation!

POSTER SIX - Curiosity and QR Codes

Made with: PowerPoint Shared by: Natália Teruel (from the Najmanovich Research Group )

• The presenter used small lines to link each bordered section. This guides the viewer well from one section to the next.
• The quality of the figures is high and gives a good first impression.
• The use of QR codes with a small label is a handy way to get people to dive deeper.
• A larger font-size or unique section header style would help make the structure clearer.
• The font color is far too light. It’s hard to read.

Conclusion: Making a great scientific poster

You’ve read the advice. You’ve reviewed the examples. You’ve heard what NOT to do.

What’s next?

As daunting as the task may seem, creating a scientific poster can be a lot of fun. It’s extremely rewarding to set up on the day of the poster session and see your work summarized and displayed in one big, visually appealing package.

So, plan your content carefully, choose a template that works for you, experiment with design elements, and present your research in a clear and visually appealing way. And, as always, don’t be afraid to get creative as you work toward your finished poster!

Acknowledgements

I'd like to thanks all those who contributed some tips and poster examples: Maxime Descoteaux, Natália Teruel, Rafael Najmanovich, Mouhanad Babi, Vincent Nault and Simon Fournier.

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151+ Computer Presentation Topics [Updated 2024]

For both professionals and fans, keeping up with the most recent developments and trends in the rapidly evolving field of technology is essential. One effective way to share and acquire knowledge is through computer presentations. 

Whether you are a seasoned presenter or someone looking to enhance your tech presentation skills, choosing the right topics is key to delivering a compelling and informative session. 

In this blog, we’ll explore various computer presentation topics, their relevance, and provide insights into tailoring presentations for different audiences and occasions.

How do you Tailor Topics According to Audience and Occasion?

Table of Contents

Tailoring topics according to the audience and occasion is a crucial aspect of delivering an effective and engaging presentation. Here are some strategies and considerations to help you customize your computer presentation topics based on your audience and the specific occasion:

• Know Your Audience
• Assess Knowledge Levels: Understand the expertise of your audience. Are they beginners, intermediate users, or experts in the field? This assessment will guide you in selecting the appropriate depth and complexity of your topics.
• Consider Backgrounds: Take into account the professional backgrounds, interests, and industries of your audience. Tailor your examples and case studies to resonate with their experiences.
• Identify Audience Needs and Goals:
• Address Pain Points: If possible, research or survey your audience to identify their challenges and pain points. Tailor your presentation to address these concerns, providing practical solutions and insights.
• Align with Goals: Understand the goals and objectives of your audience. Tailor your topics to align with their aspirations, whether it’s professional development, problem-solving, or staying updated on industry trends.
• Adapt to the Occasion:
• Event Type: Consider the type of event you are presenting at. Is it a conference, workshop, seminar, or a more informal gathering? The format and expectations of the event will influence your choice of topics.
• Time Constraints: Be mindful of the time allotted for your presentation. Tailor the scope and depth of your topics to fit within the designated time frame.
• Customize Content:
• Relevance to Industry: If your audience belongs to a specific industry, tailor your topics to address challenges and innovations relevant to that industry. Provide concrete examples and case studies that resonate with their professional experiences.
• Localize Examples: Consider the cultural context and geographic location of your audience. If possible, use examples and references that are familiar to them, making the content more relatable.
• Engage in Interactivity:
• Q&A Sessions: Plan for interactive sessions, allowing the audience to ask questions. This helps you gauge their interests and tailor your responses to address specific concerns.
• Polls and Surveys: Incorporate interactive elements such as polls or surveys to gather real-time feedback. Use the results to adjust your presentation on the fly if necessary.
• Provide Actionable Takeaways:
• Practical Applications: Tailor your topics to include practical applications and actionable takeaways. Ensure that your audience can apply the knowledge gained from your presentation in their professional or personal endeavors.
• Workshops and Demos: For hands-on sessions, tailor your topics to include workshops or live demonstrations. This enhances the learning experience and allows the audience to see practical implementations.
• Be Adaptable:
• Read the Room: Pay attention to the audience’s reactions during the presentation. Be adaptable and ready to adjust your approach based on their engagement levels and feedback.
• Flexibility in Content: Have backup content or supplementary materials that can be introduced based on audience interest or questions.

Software Development and Programming

• Trends in Programming Languages: A Comprehensive Overview
• Introduction to Python: Basics and Beyond
• Exploring the World of JavaScript Frameworks
• Best Practices in Software Development Methodologies
• The Evolution of Mobile App Development
• Low-Code Platforms: Revolutionizing Software Development
• The Impact of Microservices Architecture on Modern Applications
• DevOps Practices: Streamlining Development and Operations
• Code Review Techniques for Quality Assurance
• GUI vs. Command Line Interfaces: Pros and Cons

Emerging Technologies

• Artificial Intelligence (AI): An Introduction and Applications
• Machine Learning Algorithms: A Deep Dive
• The Role of Natural Language Processing (NLP) in AI
• Computer Vision: Applications and Challenges
• Internet of Things (IoT) and its Transformative Power
• Blockchain Technology: Beyond Cryptocurrencies
• Augmented Reality (AR) and Virtual Reality (VR) in Computing
• Edge Computing: Enhancing Network Performance
• Quantum Computing: A Glimpse into the Future
• 6G Technology: Enabling the Next Generation of Connectivity

Cybersecurity

• Cyber Threats: Types, Trends, and Prevention Strategies
• Ethical Hacking: Unveiling Security Vulnerabilities
• Biometric Security Systems: Enhancing Authentication
• Cryptography: Ensuring Secure Communication
• Security Measures for Computer Networks: A Practical Guide
• Privacy Concerns in the Digital Age: Safeguarding Information
• Incident Response Planning for Cybersecurity
• Cloud Security Best Practices
• Cybersecurity Awareness Training for Employees
• The Future of Cybersecurity: Emerging Challenges

Data Science and Big Data

• Introduction to Data Science: Concepts and Applications
• Data Analysis Techniques: From Descriptive to Predictive Analytics
• Big Data Technologies: Hadoop, Spark, and Beyond
• Data Warehousing: Storing and Retrieving Massive Datasets
• Data Visualization Tools: Making Sense of Complex Data
• Predictive Modeling in Business: Leveraging Data Insights
• Internet of Things (IoT) and Big Data Integration
• Real-Time Analytics: Turning Data into Actionable Insights
• Data Ethics: Navigating the Challenges of Responsible Data Use
• Data-driven Decision Making in Organizations

Computer Hardware and Networking

• Latest Advancements in Computer Hardware
• The Role of Graphics Processing Units (GPUs) in Modern Computing
• Networking Protocols: A Deep Dive into TCP/IP, UDP, and More
• Wireless Technologies: Wi-Fi 6 and Beyond
• Cloud Computing Models: IaaS, PaaS, and SaaS Explained
• Edge Computing vs. Cloud Computing: Choosing the Right Approach
• Green Computing: Sustainable Practices in IT
• Quantum Computing and its Potential Impact on Industry
• 5G Technology: Revolutionizing Mobile Communication
• Wearable Technology: Integrating Computing into Everyday Life

Artificial Intelligence (AI) Applications

• AI in Healthcare: Transforming Diagnosis and Treatment
• AI in Finance: Applications and Risk Management
• AI in Customer Service: Enhancing User Experience
• AI in Education: Personalized Learning and Assessment
• AI in Autonomous Vehicles: Navigating the Future
• AI in Agriculture: Precision Farming and Crop Monitoring
• AI in Cybersecurity: Detecting and Preventing Threats
• AI in Natural Language Processing (NLP): Conversational Interfaces
• AI in Robotics: Innovations and Challenges
• AI in Retail: Personalized Shopping Experiences

Internet and Web Technologies

• Evolution of the Internet: From ARPANET to the Present
• Web Development Trends: Responsive Design and Progressive Web Apps
• Content Management Systems (CMS): Choosing the Right Platform
• E-commerce Platforms: Building Successful Online Stores
• Search Engine Optimization (SEO) Strategies for Web Visibility
• Cloud-based Web Hosting Solutions: Comparisons and Best Practices
• Web Accessibility: Designing Inclusive and User-Friendly Websites
• Social Media Integration: Enhancing Online Presence
• Web Security Best Practices: SSL, HTTPS, and Beyond
• The Future of the Internet: Trends and Predictions

Mobile Technologies

• Mobile Operating Systems: A Comparison of iOS and Android
• Mobile App Monetization Strategies: Ads, Subscriptions, and Freemium Models
• Cross-platform Mobile Development: Pros and Cons
• Mobile Payment Technologies: From NFC to Cryptocurrencies
• Mobile Health (mHealth) Applications: Improving Healthcare Access
• Location-based Services in Mobile Apps: Opportunities and Challenges
• Mobile Gaming Trends: Augmented Reality and Multiplayer Experiences
• The Impact of 5G on Mobile Applications
• Mobile App Testing: Ensuring Quality User Experiences
• Mobile Security: Protecting Devices and User Data

Human-Computer Interaction (HCI)

• User Experience (UX) Design Principles: Creating Intuitive Interfaces
• Usability Testing Methods: Evaluating the User-Friendliness of Products
• Interaction Design Patterns: Enhancing User Engagement
• Accessibility in Design: Designing for All Users
• Virtual Reality (VR) and User Experience: Design Considerations
• Gamification in User Interface Design: Enhancing Engagement
• Voice User Interface (VUI) Design: Building Natural Interactions
• Biometric User Authentication: Balancing Security and Convenience
• The Evolution of Graphical User Interfaces (GUIs)
• Wearable Technology Design: Integrating Fashion and Functionality

Cloud Computing

• Cloud Service Models: IaaS, PaaS, and SaaS Explained
• Cloud Deployment Models: Public, Private, and Hybrid Clouds
• Cloud Security Best Practices: Protecting Data in the Cloud
• Serverless Computing: Streamlining Application Development
• Cloud Computing in Business: Cost Savings and Scalability
• Cloud-Native Technologies: Containers and Orchestration
• Microservices Architecture in the Cloud: Breaking Down Monoliths
• Cloud Computing Trends: Edge Computing and Multi-cloud Strategies
• Cloud Migration Strategies: Moving Applications to the Cloud
• Cloud Computing in Healthcare: Enhancing Patient Care

Robotics and Automation

• Robotics in Manufacturing: Increasing Efficiency and Precision
• Autonomous Robots: Applications and Challenges
• Humanoid Robots: Advancements in AI-driven Robotics
• Robotic Process Automation (RPA): Streamlining Business Processes
• Drones in Industry: Surveillance, Delivery, and Beyond
• Surgical Robotics: Innovations in Medical Procedures
• Robotic Exoskeletons: Assisting Human Mobility
• Social Robots: Interacting with Humans in Various Settings
• Ethical Considerations in Robotics and AI
• The Future of Robotics: Trends and Predictions

Ethical Considerations in Technology

• Responsible AI: Ethical Considerations in Artificial Intelligence
• Data Privacy Laws: Navigating Compliance and Regulations
• Bias in Algorithms: Addressing and Mitigating Unintended Consequences
• Ethical Hacking: Balancing Security Testing and Privacy Concerns
• Technology and Mental Health: Addressing Digital Well-being
• Environmental Impact of Technology: Green Computing Practices
• Open Source Software: Community Collaboration and Ethical Licensing
• Technology Addiction: Understanding and Combating Dependencies
• Social Media Ethics: Privacy, Fake News, and Cyberbullying
• Ethical Considerations in Biometric Technologies

Future Trends in Technology

• The Future of Computing: Quantum Computing and Beyond
• Edge AI: Bringing Intelligence to the Edge of Networks
• Biocomputing: Merging Biology and Computing
• Neurotechnology: Brain-Computer Interfaces and Cognitive Enhancement
• Sustainable Technologies: Innovations in Green Computing
• 7G and Beyond: Envisioning the Next Generation of Connectivity
• Space Technology and Computing: Exploring the Final Frontier
• Biohacking and DIY Tech: A Look into Citizen Science
• Tech for Social Good: Using Technology to Address Global Challenges
• The Convergence of Technologies: AI, IoT, Blockchain, and More

Miscellaneous Topics

• Technology and Education: Transforming Learning Experiences
• Digital Transformation: Strategies for Modernizing Businesses
• Tech Startups: Navigating Challenges and Achieving Success
• Women in Technology: Empowering Diversity and Inclusion
• The History of Computing: Milestones and Innovations
• Futuristic Interfaces: Brain-Computer Interfaces and Holography
• Tech and Art: Exploring the Intersection of Creativity and Technology
• Hackathons: Fostering Innovation in Tech Communities
• The Role of Technology in Disaster Management
• Exploring Careers in Technology: Opportunities and Challenges

Tips for Effective Computer Presentations

• Mastering the Art of Public Speaking in the Tech Industry
• Designing Engaging Visuals for Technical Presentations
• The Dos and Don’ts of Live Demonstrations in Tech Presentations
• Building a Compelling Narrative: Storytelling Techniques in Tech Talks
• Handling Q&A Sessions: Tips for Addressing Audience Questions
• Time Management in Tech Presentations: Balancing Content and Interaction
• Incorporating Humor in Technical Presentations: Dos and Don’ts
• Creating Interactive Workshops: Engaging Audiences in Hands-on Learning
• Leveraging Social Media for Tech Presentations: Tips for Promotion
• Continuous Learning in the Tech Industry: Strategies for Staying Informed

Case Studies and Real-World Applications

Real-world examples and case studies add practical relevance to computer presentations. Showcase successful projects, discuss challenges faced, and share lessons learned. 

Analyzing the impact of technology in real-world scenarios provides valuable insights for the audience and encourages a deeper understanding of the subject matter.

Future Trends in Computer Presentation Topics

Predicting future trends in technology is both exciting and challenging. Presenters can offer insights into upcoming technological developments, anticipate challenges and opportunities, and encourage continuous learning in the rapidly evolving tech landscape.

Discussing the potential impact of technologies like 6G, augmented reality, or advancements in quantum computing sparks curiosity and keeps the audience abreast of the latest innovations.

In conclusion, computer presentations serve as powerful tools for knowledge sharing and skill development in the tech industry. Whether you’re presenting to novices or seasoned professionals, the choice of topics, presentation skills, and a thoughtful approach to ethical considerations can elevate the impact of your presentation. 

As technology continues to evolve, staying informed and exploring diverse computer presentation topics will be instrumental in fostering a culture of continuous learning and innovation. 

Embrace the dynamic nature of technology and embark on a journey of exploration and enlightenment through engaging computer presentations.

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Poster presentation 2023 winners.

• Mohna Chakraborty, Adithya Kulkarni, and Qi Li,  "Zero-shot Approach to Overcome Perturbation Sensitivity of Prompts" , 61st Annual Meeting of the Association for computational Lingusitics (ACL), Toronto, Canada, July, 2023.
• Shibbir Ahmed, Hongyang Gao, and Hridesh Rajan,  "Inferring Data Preconditions from Deep Learning Models for Trustworthy Prediction in Deployment" , In Proc. of the 46th International Conference on Software Engineering (ICSE), April, 2024.
• Ali TehraniJamsaz, Quazi Mahmud, Le Chen, Nasreen Ahmed, and Ali Jannesari,  "PERFOGRAPH: A Numerical Aware Program Graph Representation for Performance Optimization and Program Analysis",  In Proc. of the 37th Conference on Neural Information Processing Systems (NeurIPS), New Orleans, Lousiana, December, 202.

2023 Poster Presentations

• Sayem Mohammad Imtiaz, Fraol Batole, Astha Singh, Rangeet Pan, Breno Dantas Cruz, and Hridesh Rajan, " Decomposing a Recurrent Neural Network into Modules for Enabling Reusability and Replacement ," ICSE’23: The 45th International Conference on Software Engineering, Melbourne, Australia, May, 2023. 
• Benjamin Steenhoek, Hongyang Gao, and Wei Le, “Dataflow Analysis-Inspired Deep Learning for Efficient Vulnerability Detection,” In Proc. of the 46th International Conference on Software Engineering (ICSE), Lisbon, Portugal, April, 2024. 
• Yangruibo Ding, Ben Steenhoek, Kexin Pei, Gail Kaiser, Wei Le, and Baishakhi Ray, " TRACED: Execution-aware Pre-training for Source Code" , In Proc. of the 46th International Conference on Software Engineering (ICSE), Lisbon, Portugal, April, 2024. 
• Akash Dutta, Jordi Alcaraz, Ali TehraniJamsaz, Anna Sikora, Eduardo Cesar and Ali Jannesari, " Performance Optimization using Multimodal Modeling and Heterogeneous GNN, " 32nd International Symposium on High-Performance Parallel and Distributed Computing (HPDC 2023), Orlando, Florida, June 20-23, 2023. 
• Ling Tang and Yan-Bin Jia, “Robotic fastening with a manual screwdriver,” the IEEE International Conference on Robotics and Automation, London, UK, May 29-Jun 22, 2023. 
• Shashwata Mandal and Sourabh Bhattacharya, “ Relay Pursuit for Multirobot Target Tracking on Tile Graphs ,” the IEEE International Conference on Robotics and Automation, London, UK, May 29-Jun 22, 2023. 
• Shibbir Ahmed, Sayem Mohammad Imtiaz, Samantha Syeda Khairunnesa, Breno Dantas Cruz, and Hridesh Rajan, "Design by Contract for Deep Learning APIs," In Proc. of the 31st ACM Joint European Software Engineering Conference and Symposium on the Foundations of Software Engineering (ESEC/FSE), December, 2023.
• Siyuan Sun, Hongyang Gao. " Meta-AdaM: A Meta-Learned Adaptive Optimizer with Momentum for Few-Shot Learning," In Proc. of the 37th Conference on Neural Information Processing Systems (NeurIPS), New Orleans, Louisiana, USA, pages 1–11, December 2023. 
• Tianxiang Gao, Xiaokai Huo, Hailiang Liu, Hongyang Gao. "Exploring the Gaussian Process Nature of Wide Neural Networks: Insights from Deep Equilibrium Models," In Proc. of the 37th Conference on Neural Information Processing Systems (NeurIPS), New Orleans, Louisiana, USA, pages 1–11, December 2023. 
• Chenxu Zhao, Wei Qian, Zhitao Ying, and Mengdi Huai, "Malicious Attacks via Selective Forgetting," In Proc. of the 37th Conference on Neural Information Processing Systems (NeurIPS), New Orleans, Louisiana, USA, December 2023. 
• Kang Zhou, Qiao Qiao, Yuepei Li, and Qi Li. " Improving Distantly Supervised Relation Extraction by Natural Language Inference, " the Thirty-Seventh AAAI Conference on Artificial Intelligence, Washington, DC, 2023. 
• Ying Wei and Qi Li, “ScdNER: Span-Based Consistency-Aware Document-Level Named Entity Recognition”, in Proc. of 2023 Conference on Empirical Methods in Natural Language Processing, Singapore, December 2023.
• Qing Wang, Haojie Jia, Wenfei Song, and Qi Li, “CoRec: An Easy Approach for Coordination Recognition”, in Proc. of 2023 Conference on Empirical Methods in Natural Language Processing, Singapore, December 2023.
• Qing Wang, Kang Zhou, Qiao Qiao, Yuepei Li, and Qi Li, “Improving Unsupervised Relation Extraction by Augmenting Diverse Sentence Pairs”, in Proc. of 2023 Conference on Empirical Methods in Natural Language Processing, Singapore, December 2023.

Poster Presentations

Most computer science conferences include a poster session where presenters stand beside large-format posters that summarize research results. Conference attendees then have the opportunity to sip tasty beverages while circulating among the posters and talking to the presenters about their work.

The goal of our poster session is to give you a chance to research some area of AI that interests you, and to present what you have learned to the rest of the class. I'll be flexible about the topics of the posters. Possibilities include:

• An AI application area.
• An AI Algorithm that we did not get a chance to cover in detail.
• An AI project that you are proposing - possibly with the first steps completed.

Your topic should be narrow enough for you to present it in some depth. Your poster should be visually appealing, include appropriate figures, and be technically accurate. Your poster should include properly formatted references to peer-reviewed papers.

You will get a deeper understanding of your topic if you dive in and actually write some code or try out some existing tools. A small amount of extra credit will be available to posters that include original results.

• Deadline 1: Topic proposal + preliminary bibliography.
• Deadline 2: Annotated bibliography.
• Deadline 3: Electronic poster submission.
• Deadline 4: Poster presentation.

Topic Proposal

For this deadline you should submit a short (1-2 paragraph) description of your topic, along with at least three representative references. I suggest that you follow the The AAAI Press Reference Style in formatting your references.

Annotated Bibliography

Your annotated bibliography must include at least six peer-reviewed conference or journal papers. At least three of these papers must contain a reference to some other paper in your bibliography. At least three of your papers must have been published within the last four years. For each paper, you must provide complete bibliographic information as well as a brief summary of the paper. The summary should describe the key results, note any references to other papers in your bibliography, and explain the connection to those referenced papers.

Exact formatting requirements TBD.

Finding Papers

Here are some possible starting points for finding high quality papers.

Google Scholar is probably your best starting point. A good way to get started is do some keyword searches related to your topic and take a look at the most highly cited papers that appear relevant. There are many low-quality or uninteresting papers out there. Citation counts provide a good mechanism for focusing attention on noteworthy papers. Once you find an interesting paper you can follow forward and backward citations to get a deeper understanding of the topic.

Conference publications are the main avenue for disseminating research results in computer science. I've highlighted a few of the top conferences in several AI areas below. Except where noted, the proceedings for these conferences should be available on-line.

First-tier Conferences:

• Association for the Advancement of Artificial Intelligence (AAAI)
• International Joint Conference on Artificial Intelligence (IJCAI)
• Innovative Applications of Artificial Intelligence (IAAI)
• International Conference on Machine Learning (ICML)
• Neural Information Processing Systems (NIPS)
• Association for Computational Linguistics (ACL)
• Computer Vision and Pattern Recognition (CVPR)
• International Conference on Robotics and Automation (ICRA)

First-tier Journals

• Artificial Intelligence Journal
• Journal of Machine Learning Research

A Note on arXiv.org

The arXiv.org web site provides a popular avenue for quickly disseminating research results that may not have undergone a formal process of peer review. Sometimes arXiv papers are under review for a journal or conference, sometimes they are pre-publication versions of papers that have since appeared in a peer-reviewed publication, sometimes they are more like informal white papers that are not intended for formal peer review.

The arXiv is great, but for the purposes of this project you should only use arXiv papers if they have actually appeared in a peer review publication. This information will often appear in the "comments" section of a paper's arXiv page. The reference information you provide must include the full publication information.

Reading Research Papers

Reading a research paper is not like reading a novel or even a textbook. Research papers are usually written under the assumption that the audience will be other researchers in the same field. In addition, papers are often written under strict page limits that restrict amount of background information the authors can provide. The keys to making sense of research papers are patience and perseverance. I suggest the following steps.

Start by reading the abstract, the introduction and the conclusion. At this point the goal is to figure out the big-picture claims that the authors are making. What have they accomplished? Why does it matter? At this stage you may determine that the paper is not worth reading. If so, move on to a different paper.

• Next, read the whole paper all the way through. Twice. Read carefully, but don't get bogged down by equations or details. Get a sense for the overall organization of the paper and the main points that are being made in each section. Underline or highlight points that seem particularly important or difficult to understand.
• Finally, go back and try to puzzle out the parts of the paper that were unclear on the first few read-throughs. You will probably find that there are terms or concepts that are important, but are not explained in the paper. The Internet/Wikipedia may be helpful. You may also find that the authors are assuming that you are familiar with some other paper or body of work. You obviously won't be able to read every cited paper (and all of the papers cited in those papers), but some extra reading may be unavoidable.

By the time you finish, you should understand the key points that are being made in the paper. You may not understand every sentence and every equation, but you should know what you don't know, and be in a position to discuss it.

The grade for this project will be calculated as follows:

Your poster presentation will be evaluated by me, as well as by other members of the class, and possibly other members of the department. You will be evaluated both on the poster itself, and on your ability to present the contents.

Acknowledgments

This project is based on a similar project developed by George Ferguson at the University of Rochester.

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Poster template design:  Lockwood Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | 36x60 | 36x72 | 36x96 | 42x60 | 42x72 | 42x90 | 44x44 | 30x40 | 48x48 | 48x72 | 48x96 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download 122x91 | 100x70 | 140x100 | 100x100 | 200x100 | A0 | A1 ► View Samples   ► Learn how to customize the template colors

Poster template design:  Kensington Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | 36x60 | 36x72 | 36x96 | 42x60 | 42x72 | 42x90 | 44x44 | 30x40 | 48x48 | 48x72 | 48x96 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download 122x91 | 100x70 | 140x100 | 100x100 | 200x100 | A0 | A1 ► View Samples   ► Learn how to customize the template colors

Poster template design:  Stone A new, simplified concept for better poster design Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download A0 ► View Samples   ► Learn how to customize the template colors

Poster template design:  Marquee Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | 36x60 | 36x72 | 36x96 | 42x60 | 42x72 | 42x90 | 44x44 | 30x40 | 48x48 | 48x72 | 48x96 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download 122x91 | 100x70 | 140x100 | 100x100 | 200x100 | A0 | A1 ► View Samples   ► Learn how to customize the template colors

Poster template design:  Winston Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download A0 ► View Samples    ► Learn how to customize the template colors

Poster template design:  Chamberlain Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | 36x60 | 36x72 | 36x96 | 42x60 | 42x72 | 42x90 | 44x44 | 30x40 | 48x48 | 48x72 | 48x96 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download 122x91 | 100x70 | 140x100 | 100x100 | 200x100 | A0 | A1 ► View Samples   ► Learn how to customize the template colors

Poster template design:  Forrest Standard poster sizes in inches (Height x Width) - Click on a size to download 36x48 | 36x56 | 36x60 | 36x72 | 36x96 | 42x60 | 42x72 | 42x90 | 44x44 | 30x40 | 48x48 | 48x72 | 48x96 | Trifold | Virtual - Standard Screen (4:3 Ratio) | Virtual - Wide Screen (16:9 Ratio) Standard poster sizes in centimeters (Height x Width) - Click on a size to download 122x91 | 100x70 | 140x100 | 100x100 | 200x100 | A0 | A1 ► View Samples   ► Learn how to customize the template colors

DIGITAL POSTER PRESENTATION HANDOUTS

Free with a printed poster order.

A feature-packed alternative to traditional paper poster handouts

Instant QR Code Generator

Add functionality to your poster! Share a link to a page, your email or additional info on the web. It's easy, free and further connects your audience! 

Professional Trifold Poster Boards

Ready to use out of the box. Great solution for tabletop 36x48 Trifold poster presentations. Price includes printing, mounting and free Ground FedEx shipping.

Poster Font Size Checker

A convenient way to visualize what size the text will be on your printed poster.  Wondering how big the fonts will be on your poster? Download and print this PDF on your desktop printer.

Quick access to ALT code symbols


Click here to choose from over 350 easy to copy and use ALT code symbols.

Fabric Research Posters

Say goodbye to poster tubes with a professional fabric poster you can pack in your luggage! With our crease-resistant EasyTravel™ fabric your presentation will look professional, sharp, and will pack nicely in your carry-on.

Simplify Your Group’s Poster-Ordering Process

Join our free service designed to help you coordinate your group’s poster orders, get discounted rates and customized special features not normally available for standard orders.

Links to university corporate identity (Logo) pages

List of corporate identity pages where you can download university logos to use with your poster presentation. Help your fellow researchers. Good quality logos for use in printed research posters  are difficult to find online. If you have a link to the identity page of your university, email it to us and we will add it to our list for others to use.

UC Berkeley Texas A&M UCLA Columbia Medical Center Stanford University

Adelphi University Duke University UPENN Bradley University ENMU

UNC Chapel Hill Northwestern University Magnet recognition Seal  Howard University University of Houston

Drexel University Carlow University UNLV UNR UFL

TUFTS George Mason U. St. Scholastica College Mount Royal University Penn State

Yale University University of Wisconsin SD School of Mines USC GATECH

STARTER POWERPOINT POSTER TEMPLATES

Standard size research poster templates in inches use these starter poster templates as a starting point for your own poster designs, thumbnails of posters are shown in proportion to each others’ sizes based on a 48 inch (height) x 96 inch (width) display area, 36” tall x 48” wide
.

STARTER 36x48 POWERPOINT POSTER TEMPLATE The 36x48 scientific poster template size is one of the smaller sizes and also one of the most common. It is very suitable for scientific posters with low to moderate amount of text and graphics. The 36x48 research poster template can also be printed at the following sizes without distortion or any necessary adjustments: 36x48 (Standard), 42x56, 48x64, 30x40

Trifold (tabletop)

STARTER    TRIFOLD POWERPOINT POSTER TEMPLATE These free PowerPoint poster templates are designed for a standard 3x4 foot poster presentation to be mounted on a standard Trifold poster board. This research poster template should be printed only at the following size: 36x48 (Standard Trifold) This poster template is for a standard Trifold board presentation. You can use it with poster boards available at office-supply stores or our professional ready-to-use Trifold poster presentation product. Are you looking for a larger MonsterBoard template? Use this PowerPoint MonsterBoard template.

36” Tall x 56” Wide

STARTER    36x56 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3x4.5 foot poster presentation. This PowerPoint research poster template is for a medium size poster. It is suitable for most poster presentations. It can accommodate moderate to large amounts of content.

 This scientific poster template can be printed at the following sizes:
 36x56 (Standard), 42x65.3, 48x74.6

36” Tall x 60” Wide

STARTER 36x60 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3x5 foot poster presentation. This is also one of the standard sizes. It is used mostly when the height of the presentation board is only three feet and there is more content to present that can fit in a 48x36 poster.

 This scientific poster template can be printed at the following sizes: 36x60 (Standard), 42x70, 48x80

36” Tall x 72” Wide


STARTER    36x72 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3x6 foot poster presentation. The same as the above scientific poster template, only wider by a foot. Again, it depends on how much content you need to present.

 This scientific poster template can be printed at the following sizes:
 36x72 (Standard), 42x84, 48x96

36” Tall x 96” Wide

STARTER    36x96 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3x8 foot poster presentation. 
It’s the widest one you can use on a three foot tall presentation board. It has five columns.

 This scientific poster template can be printed at the following sizes:
 96x36 (Standard), 24x64

42” Tall x 60” Wide

STARTER    42x60 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3.5x5 foot poster presentation. This PowerPoint research poster template is suitable for most poster presentations. It can accommodate moderate to large amounts of content.

 This scientific poster template can be printed at the following sizes:
 42x60 (Standard), 36x51.42, 48x68.57

42” Tall x 72” Wide

STARTER    42x72 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3.5x6 foot poster presentation. This PowerPoint research poster template is for a medium size poster. It is suitable for most poster presentations. It can accommodate moderate to large amounts of content.

 This scientific poster template can be printed at the following sizes:
 42x72 (Standard), 36x61.70, 48x82.28

42” Tall x 90” Wide

STARTER 42x90 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3.5x7.5 foot poster presentation. This PowerPoint research poster template is for a large size poster. It is suitable for most poster presentations. It can accommodate moderate to large amounts of content.

 This scientific poster template can be printed at the following sizes:
42x90 (Standard), 36x77.14, 44x94.28

44” Tall x 44” Wide

STARTER 44x44 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 3.7 x 3.7 foot poster presentation. This PowerPoint research poster template is for a medium size poster. It is suitable for many poster presentations. It can accommodate moderate amounts of content.
 This scientific poster template can be printed at the following sizes: 44x44 (Standard), 36x36, 42x42, 48x48

48” Tall x 72” Wide

STARTER 48x72 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 4x6 foot poster presentation. This PowerPoint research poster template is for a medium/large size poster. It is suitable for most poster presentations. It can accommodate moderate to large amounts of content. 
This scientific poster template can be printed at the following sizes: 48x72 (Standard), 24x36, 42x63

48” Tall x 48” Wide

STARTER    48x72 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 4x4 foot poster presentation. This scientific poster template is a good size for limited available spaces without compromising room for content.

 This research poster template can be printed at the following sizes: 48x48 (Standard), 36x36, 24x24, 42x42

48” Tall x 96” Wide

STARTER    48x96 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 4x8 foot poster presentation. This poster template is for the largest size poster usually allowed in conferences.

It can accommodate a lot of content. You can use this template if you also have a large number of photos, tables, charts, and text.

 This scientific poster template can be printed at the following sizes: 48x96 (Standard), 24x48, 42x84, 36x72

40” Tall x 30” Wide

STARTER    40x30 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard 40x30 inch poster presentation. This vertical poster template can accommodate a moderate amount of content. It can accommodate several photos, tables, charts, and a decent amount of text. This scientific poster template can be printed at the following sizes:
 40x30 (Standard), 48x36, 56x42

Free PowerPoint poster templates in metric sizes (cm) for international poster conferences

Thumbnails of posters are shown in proportion to each others’ sizes based on a 200 cm (height) x 100 cm (width) display area, 91 wide x 122 tall.

STARTER    91cmX122cm POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric 91 cm by 122 cm scientific poster presentation for international poster sessions. This PowerPoint poster template is essentially a vertical version of a standard 48x36 inch poster presentation. 

This scientific poster template can be printed at the following sizes:
 91 cm x122 cm (Standard 36x48 inches), 76x102 cm

70 Wide x 100 Tall

STARTER 70cmX100cm POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric 70 cm by 100 cm scientific poster presentation for international poster sessions. This PowerPoint poster template is for a small size poster poster presentation commonly used at international conferences.

This scientific poster template can be printed at the following sizes: 70 cm x100 cm (Standard 27.5x39.37 inches), 100x143 cm

100 Wide x 140 Tall

STARTER    100cmX140cm POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric 100 cm by 140 cm scientific poster presentation for international poster sessions. This PowerPoint poster template is for a small size poster poster presentation commonly used at international conferences.

This scientific poster template can be printed at the following sizes:
 100 cm x140 cm (Standard 39.37x55.12 inches)

1 Meter x 1 Meter

STARTER    100cmX100cm POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric 1 meter by 1 meter scientific poster presentation for international or domestic poster sessions. This template is commonly required at the Keystone Symposia research poster conferences.

This scientific poster template can be printed at the following size:
 100 cm x 100 cm (Standard 39 x 39 inches). Any square size up to 121 x 121 cm

100 Wide x 200 Tall

STARTER    100cmX200cm POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric 1 meter by 2 meter scientific poster presentation for international or domestic poster sessions.

 This scientific poster template can be printed at the following size:
 100 cm x 200 cm (Standard 39 x 78 inches)

STARTER A0 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric A0 scientific poster presentation at a 841mm x 1189mm size for international or domestic poster sessions. This scientific poster template can be printed at the following size:
 46.81 inches x 33.11 inches

STARTER    A1 POWERPOINT POSTER TEMPLATE This free PowerPoint poster template is designed for a standard metric A1 scientific poster presentation at a 594mm x 841mm poster size for international or domestic poster sessions. This scientific poster template can be printed at the following size:
 23.39 inches x 33.11 inches

VIRTUAL POSTER PRESENTATION

STARTER    POSTER TEMPLATES These free PowerPoint poster templates are designed for screen presentations at virtual meetings Virtual - Standard Screen (4:3 Ratio) Virtual - Wide Screen (16:9 Ratio)

Virtual poster sessions for conferences and meetings of all sizes

If you are a meeting organizer we can help you set up a virtual poster session, free yourself from managing poster submissions and provide your meeting's attendees with a versatile presentation platform that will meet all your requirements.

Five good reasons to print your poster with PosterPresentations.com

Amazingly fast printing: Experience amazingly fast printing with us! If you place your poster order between Monday and Friday before 3pm Eastern time (noon Pacific time), we'll ship it out the same day. You can expect your delivery within one, two, or three business days. Plus, if you give us an additional two business days, we'll provide free shipping! Top-Quality Materials: We take pride in using the finest materials available in the industry. Our prints are produced on high-quality photographic papers, vinyls, and exquisite fabrics. In fact, we were the pioneers of fabric printing for research posters in the USA back in 2008. Reliable Customer Support: Rest assured that we don't simply print whatever you send us. We ensure that your files are optimized for the best possible printing results. If we notice any issues, we'll promptly inform you. Your presentation matters as much to us as it does to you. Competitive Pricing with No Surprises: As a professional, you'll find our prices to be competitive, and we never add unexpected last-minute fees. Furthermore, expedited printing is always included at no extra cost. For students, our prices are among the lowest nationwide. Group Discounts Available: Place a group order with us and not only will you enjoy free shipping, but also discounts that can beat most of our competitors. Feel free to reach out to us at 510.649.3001 for more information.

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