ASPIRATION Mentor Syllabus 

AI-Guided Scientist-Mentored Primary Literature Adaptation for STEMM Education

Program Overview

The ASPIRATION Program is an 8-week virtual summer program designed to help high school students learn how to read, interpret, and communicate scientific research through mentorship from scientists, trainees, and STEMM professionals.

Students work in small groups with mentors to adapt primary scientific literature into accessible educational products, including summaries, infographics, posters, and presentations. The program emphasizes scientific communication, teamwork, critical thinking, and responsible use of AI-assisted tools.

The program culminates with optional presentations at the High School Student Symposium on August 8, 2026.

Program Dates and Format

Program Dates

June 6 – July 31, 2026

Student Sessions

• Saturday, June 6: 10 AM – 12 PM (Orientation)

• Following Saturdays: 10 AM – 11:30 AM (Virtual)

Format

• Virtual large-group sessions via Zoom

• Small-group mentor meetings

• Independent student group work

• Optional symposium participation

Estimated Mentor Commitment

Approximately:

• 2–4 hours per week

• ~16–32 hours total across 8 weeks

This includes:

• student meetings

• preparation

• reviewing student work

• providing feedback

• optional symposium participation

Program Goals

The ASPIRATION Program aims to help students:

• Understand how scientific research is conducted

• Read and interpret scientific papers

• Develop science communication skills

• Translate complex science into accessible formats

• Build confidence in discussing scientific ideas

• Explore biomedical and STEMM career pathways

• Develop teamwork, presentation, and leadership skills

Mentor Responsibilities

Mentors serve as guides and facilitators throughout the program. Responsibilities may include:

• Selecting 2–3 scientific papers related to the mentor’s expertise or interests

• Helping students understand scientific concepts, figures, and methods

• Guiding scientific discussions and interpretation

• Supporting infographic and presentation development

• Providing constructive feedback on student work

• Helping students stay on schedule with weekly goals

• Encouraging collaboration, creativity, and participation

• Supporting symposium preparation if applicable

Mentors are not expected to lecture extensively or provide all content. The program is designed to be collaborative and student-centered.

Suggested Weekly Timeline

Student Deliverables

Depending on the project and group goals, students may create:

• One-page public summaries

• Simplified scientific adaptations

• Infographics

• Posters

• Oral presentations

• Symposium presentations

Recommended Mentor Strategies

Simplifying Complex Ideas

Use analogies, examples, and step-by-step explanations to make scientific concepts more accessible while maintaining scientific accuracy.

Encouraging Participation

Promote active discussion, curiosity, and student ownership of the project.

Providing Constructive Feedback

Focus on encouragement, clarity, and growth. Help students improve through supportive guidance.

Supporting Independent Thinking

Guide students toward answers rather than simply providing solutions.

Normalizing Challenges

Students may initially struggle with:

• scientific terminology

• interpreting figures

• understanding methods

• confidence in discussions

These challenges are expected and part of the learning process.

Recommended Tools and Resources

Students may use:

• ChatGPT and AI-assisted tools

• BioRender

• Canva

• Google Slides or PowerPoint

• PubMed and scientific databases

• Scientific visualization and storytelling tools

Mentors help guide students on responsible and effective use of AI-assisted technologies.

Communication Expectations

Mentors should:

• Establish communication with students early

• Respond within a reasonable timeframe when possible

• Communicate schedule changes in advance

• Maintain a respectful and supportive environment

• Encourage professionalism and teamwork

Email and Zoom will serve as the primary communication platforms.

High School Student Symposium (Optional)

Students may choose to present their projects at the:

High School Student Symposium

August 8, 2026
University of Houston

Presentation formats may include:

• Posters

• Oral presentations

• Infographic presentations

Participation is encouraged but not required.

Program Support

Mentors will receive:

• Orientation sessions

• Presentation templates

• Example projects

• Mentor check-ins

• Program coordination support

• Communication support from the BioMedEdu team

About BioMedEdu

The ASPIRATION Program is organized by BioMedEdu (Texas Institute of Biotechnology and Biomedical Education) in collaboration with scientist mentors, educators, and partner institutions.

The program aims to inspire the next generation of scientists, healthcare professionals, educators, and science communicators through meaningful engagement with real scientific research.