Academic Posters
Adapted from Kalée Tock and Ryan Caputo
Academic posters are a critical communication tool in astronomy, allowing researchers to present their work visually at conferences and symposia. This format challenges you to distill your research into its most essential elements while creating a visually appealing presentation that engages viewers.
Purpose of an Academic Poster
A well-designed research poster serves multiple functions:
- Provides a visual summary of your research
- Attracts interest from conference attendees
- Facilitates face-to-face discussions about your work
- Allows viewers to absorb information at their own pace
- Creates a lasting record of your research
Design Principles for Effective Posters
Visual Hierarchy and Layout
The most effective posters guide the viewer's eye through the content in a logical sequence:
- Main Finding: Make your primary conclusion large, centrally located, and in plain English
- Visual Flow: Arrange elements to create a natural reading pattern (typically left-to-right, top-to-bottom)
- Negative Space: Include plenty of blank ("white") space—this isn't wasted space but crucial for readability
- Size Hierarchy: Use larger text for more important information
- Sectioning: Create clear visual distinctions between different sections
Poster Dimensions
Standard astronomical poster dimensions are approximately 48 inches (122 cm) in width by 36 inches (91.5 cm) in height, though precise dimensions may vary by conference.
Color and Typography
Choose colors and fonts that enhance readability and visual appeal:
- Color Scheme: Use a simple, consistent color palette (2-3 colors plus black and white)
- Background: Choose a solid, neutral background that doesn't compete with content
- Contrast: Ensure high contrast between text and background
- Typography: Select 1-2 readable fonts (serif for body text, sans-serif for headings)
- Font Size: All text should be readable from 4-6 feet away (title: 85-120pt, headings: 36-72pt, body text: 24-32pt)
Content Organization
Your poster should include these elements, arranged logically:
- Title and Authors: Clear, informative title with complete author list and affiliations
- Abstract/Introduction: Brief context and research question
- Methods: Concise summary of approach with key images
- Results: Primary findings with supporting figures and tables
- Conclusions: Main takeaways and implications
- References: Essential citations only
- Acknowledgments: Recognition of funding sources and contributors
- QR Code: Link to additional materials
Maximizing Visual Impact
Images and Figures
Visual elements are the heart of an effective poster:
- Star Images: Include clear images of your double star system(s)
- Data Visualization: Present your measurements and analysis through effective charts and plots
- Quality: Use high-resolution images (300+ dpi)
- Citations: Include proper image credits for any images not created by your team
- Figure Captions: Provide brief, informative captions that explain significance
Text Minimization
A common mistake is including too much text on a poster:
- Be Ruthless: Cut text to absolute minimum needed for comprehension
- Bullet Points: Use bullet points instead of paragraphs where possible
- Headlines: Make section headers informative rather than generic
- Viewer Perspective: Design for someone who will spend only 20-30 seconds viewing your poster
Digital Extensions: QR Codes
Extend your poster's reach with digital connections:
- QR Code Placement: Include a prominently displayed QR code on your poster
- Linked Content: Create a well-organized Google Doc with:
- Digital version of your poster
- Full research paper
- Additional data tables or analyses
- Contact information
- Permissions: Ensure linked documents are viewable by anyone with the link but only editable by team members
- Stability: Use permanent links that won't change or expire
Acknowledgments Section
Professional courtesy requires acknowledging contributors:
- Required Elements: Include logos and/or text acknowledgments for:
- Databases and catalogs used (WDS, Gaia, etc.)
- Software tools (AstroImageJ, etc.)
- Telescope facilities (LCO, etc.)
- Funding sources
- Individuals who provided assistance (not co-authors)
- Placement: Position acknowledgments in a small section in the bottom corner
- Format: Use logos where appropriate, with text small but readable
Acknowledgment Protocol
Do not acknowledge co-authors, including instructors, as they are credited through authorship. Only acknowledge external contributors.
Creating Your Poster
Software Options
Several tools are available for creating research posters:
- PowerPoint/Google Slides: Easy to use, good for simple layouts
- Adobe InDesign: Professional-grade design tool, steeper learning curve
- LaTeX with Beamer: Excellent for complex equations, preferred by many astronomers
- Canva: User-friendly online design tool with templates
Practical Workflow
Follow this process for effective poster creation:
- Planning: Sketch layout and content distribution on paper first
- Content Creation: Prepare all figures, tables, and text in advance
- Assembly: Arrange elements according to your layout plan
- Review: Get feedback from peers before finalizing
- Production: Export as high-resolution PDF for printing
- Printing: Allow ample time for professional printing before your presentation date
Common Pitfalls to Avoid
- Information Overload: Too much text or too many figures
- Poor Contrast: Text difficult to read against background
- Inconsistent Styling: Mixing fonts, colors, or formatting
- Missing Context: Figures without clear explanation
- Tiny Text: Font sizes too small to read from viewing distance
- Disorganized Layout: No clear visual flow or hierarchy
Next Steps
After designing your poster, practice explaining it in brief (2-3 minute) presentations, as you would at a conference poster session. Be prepared to adapt your explanation to different audience knowledge levels.
In the next section, we'll explore how to create effective figures and tables that will form the centerpiece of your poster presentation.