A poster presentation provides the opportunity to show off your research to a broad audience and connect with other researchers in your field.
For junior researchers, presenting a poster is often the first type of scientific presentation they give in their careers.
The discussions you have with other researchers during your poster presentation may inspire new research ideas, or even lead to new collaborations.
Consequently, a poster presentation can be just as professionally enriching as giving an oral presentation, if you prepare for it properly.
In this guide post, you will learn:
Our advice comes from our previous experiences as scientists presenting posters at conferences.
Posters can be a powerful way for showcasing your data in scientific meetings. You can get helpful feedback from other researchers as well as expand your professional network and attract fruitful interactions with peers.
Scientific poster sessions tend to be more relaxed than oral presentation sessions, as they provide the opportunity to meet with peers in a less formal setting and to have energizing conversations about your research with a wide cross-section of researchers.
Some events allow for a combination of both formats.
The sections included in a scientific poster tend to follow the format of a scientific paper, although other designs are possible. For example, the concept of a #betterposter was invented by PhD student Mike Morrison to address the issue of poorly designed scientific posters. It puts the take-home message at the center of the poster and includes a QR code on the poster to learn about further details of the project.
Don’t be tempted to cram your entire paper into your poster—details that you omit can be brought up during conversations with viewers. Only include information that is useful for supporting your take-home message. Place your core message in the center of your poster, using either text or visual elements. Avoid jargon, and use concise text elements (no more than 10 lines and 50 words long). Present your data in graphs rather than in tabular form, as it can be difficult for visitors to extract the most important information from tables. Use bullet points and numbered lists to make text content easy to read. Your poster shouldn’t have more than 800 words.
Poster sections should have a logical visual flow, ideally in a longitudinal fashion. For example, in an article on poster presentations published in Nature, scientific illustrator Jamie Simon recommends using the law of thirds to display your research—a 3-column layout with 3 blocks per column. Headings, columns, graphs, and diagrams should be aligned and distributed with enough spacing and balance. The text should be left-aligned while maintaining an appropriate amount of "white space' i.e., areas devoid of any design elements.
To ensure the title is visible from 5 meters away, use a sans serif 85pt font. The body text should use a minimum of 24pt serif font so that it can be read from a one-meter distance. Section headings and subheadings should be in bold. Avoid underlining text and using all capitals in words; instead, a mixture of boldface and italics should be used for emphasis. Use adequate line spacing and one-inch margins to give a clean, uncluttered look.
Appropriate use of color can help readers make comparisons and contrasts in your figures. Account for the needs of color-blind viewers by not using red and green together, and using symbols and dashed lines in your figures. Use a white background for your poster, and black text.
Include no more than 4 figures, with a prominent centerpiece figure in the middle of the poster of your study system or main finding. Dimensions for illustrations, diagrams, and figures should be consistent. When inserting charts, avoid gray backgrounds and grid lines to prevent ink consumption and an unaesthetic look. Graphics used must have proper labels, legible axes, and be adequately sized. Images with a 200 dpi or higher resolution are preferred. If you obtain an image from the internet, make sure it has a high enough resolution and is available in the public domain.
Tools for poster design include Microsoft PowerPoint, Microsoft Publisher, Adobe Illustrator, In Design, Scribus, Canva, Impress, Google Slides, and LaTeX. When starting with the design, the page size should be identical to the final print size. Stick to one design tool to avoid formatting errors.
Have at least one proofreading and feedback round before you print your final poster by following these steps:
Before giving a poster presentation, you need to be ready to discuss your research.
Here we provide a checklist for your presentation day:
A scientific poster is an excellent method to present your work and network with peers. Preparation is essential before your poster session, which includes planning your layout, drafting your poster, practicing your speech, and preparing answers to anticipated questions. The effort invested in preparing your poster will be returned by stimulating conversations during the poster session and greater awareness of your work in your scientific community.
A scientific poster can be used to network with colleagues, get feedback on your research and get recognition as a researcher.
📎 What should a science poster include?
A scientific poster should include a main heading, introduction, methods, results, conclusion, and references.
📝 What is an e-poster?
An e-poster is a poster fashioned as a slideshow presentation that plays on a digital screen, with each slide carrying a sliver of information.
⏳ Can I design my own poster?
A handful of tools can be used to design a poster including Microsoft PowerPoint, Microsoft Publisher, Illustrator, In Design, Photoshop, Impress, and LaTeX.
📌 How should I present my poster?
Start the conversation by introducing yourself and requesting the attendees' names, affiliations, and fields of interest, and offering to explain your poster briefly. Alternatively, you can give attendees ample time to read through your poster first and then offer to explain your poster in 10 seconds followed by questions and answers.