Early bird discount — March: 30%

Build projects.
Publish research.
Create impact.

Grade 7 through college students explore AI and data science in mentored tracks across robotics, healthcare, cybersecurity, and more—from beginner to advanced.

View Programs

Learn AI skills

Explore learning tracks in AI, data science, robotics, healthcare, cybersecurity, and more through guided, hands-on learning using no-code tools or Python.

Build hands-on projects

Plan, build, test, and iterate on projects with checkpoints and mentor feedback.

Create a portfolio

Develop portfolio-ready outcomes by publishing research and launching products, supported by structured reviews and presentation milestones.

2026 summer programs for students

Intensive virtual programs in AI, data science, and emerging technologies.

Python Beginner

Python for AI

Jun 8 - Jun 26, 2026

Build strong Python foundations for AI through hands-on projects—APIs, web scraping, and interactive apps—ending with a capstone showcase.

3 weeks
Grade 7+
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No-code Beginner

AI & Creativity

Jul 27 - Aug 7, 2026

Explore AI in art, music, storytelling, and design through guided, no-code creation projects and responsible AI discussions.

2 weeks
Grade 7+
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No-code Intermediate

AI & Healthcare

Jul 13 - Jul 24, 2026

Explore AI in healthcare through real case studies and hands-on, no-code labs in Tableau, building data skills and responsible AI awareness.

2 weeks
Grade 7+
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Python Intermediate

AI & Data Science

Jun 22 - Jul 10, 2026

Dive into AI, data science and ML core concepts with hands-on learning and capstone projects. Requires prior Python experience.

3 weeks
Grade 9+
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Python Intermediate

AI & Cybersecurity

Jul 13 - Jul 24, 2026

Explore how artificial intelligence is used to detect cyber threats, prevent online scams, and protect digital systems through real-world examples and hands-on activities.

2 weeks
Grade 9+
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Python Intermediate

AI & Robotics

Jul 27 - Aug 7, 2026

Learn how artificial intelligence powers robots and autonomous systems through simulations, real-world examples, and hands-on problem-solving activities.

2 weeks
Grade 9+
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Python Advanced

AI Research

Jun 22 - Aug 7, 2026

Conduct data-driven AI research: build predictive models and produce a research-style paper and presentation to showcase your work.

6 weeks
Grade 10+
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Programming Advanced

AI Ventures

Jun 22 - Aug 7, 2026

Build the skills to turn an idea into a real AI-powered produc. Learn prompting, agents, and modern prototyping including teamwork, problem-solving, and responsible AI habits.

6 weeks
Grade 10+
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Proven outcomes

Real results from our community.

200+
Students participated
45+
Research projects completed

Student Voices

Hear from students who've experienced our programs.

"I enjoyed the collaboration through the capstone project and what we learned after getting our hands on a real dataset. I liked the Kahoots—they showed who understood things so others could get help, and the explanations helped when many people got something wrong. Thank you for teaching me about data and AI!"

— Rohan

AI Insights Student, 2025

"Overall, I had a great experience and learned a huge amount about data science in just three weeks. The visualizations and different kinds of graphs, the data talks and exercises, and learning about Pandas and its capabilities—plus the final project—really helped solidify what I learned in a friendly, helpful environment."

— Aditya

AI Insights Student, 2025

"I learned about word vectorization—how words are converted into numerical information by algorithms. I also learned the difference between performance metrics like F1 score versus accuracy and what each tells us. Finally, I learned about data splitting: training, testing, and validation."

— Jeremy

AI Research Student, 2024

"Visualization was heavily emphasized—beyond knowing boxplots, heatmaps, and pie charts, we learned how to translate a massive pile of data into clear graphs. Cleaning large Reddit comment datasets made our data more accurate and was essential for a proper ML model. We truly put ML concepts to the test through this program."

— Arya

AI Research Student, 2025

"At the start, we each came up with our own research questions and learned how to combine them into one. We cleaned and analyzed data, used pandas, visualized with graphs, applied decision trees and random forests, and saw tuning boost performance. Using GitHub, we shared and reviewed code together, strengthening our research work."

— Steve

AI Research Student, 2024

"We would surely like to publish a research paper based on this and maybe help people who are living under impoverished conditions. Going to be published somewhere or shared with government bodies—how it's going to take it forward—we're excited to see it have real impact."

— Ruhan

AI Research Student, 2024

Frequently asked questions

What will I gain from participating? +

You will build practical data science, AI, and research skills, produce real work you can share, and learn how to communicate results clearly.

Can I publish or present my work? +

Yes. Students may share their work through school newsletters, local newspapers, science fairs, and community showcases. Research-track students can further develop their work for student journals; some students have published in outlets such as the Journal of Student Research (JSR) and Vanderbilt-affiliated student publications.

What portfolio pieces will I leave with? +

A polished project package: a write-up, strong visuals, a presentation, plus code and documentation you can include in your portfolio.

Do you write recommendation letters? +

In some cases, yes—when we have worked with you closely enough to write a specific, evidence-based recommendation.

Do you help with college applications? +

We do not provide individualized college application counseling. However, we can refer students to college counselors in our network.

Will I receive mentorship? +

Yes. You will receive feedback throughout the program on problem framing, methods, and communicating findings—across both skill-building and research tracks.

How does this connect to social impact? +

You will learn to use data to understand real-world issues and communicate insights that can inform decisions and community action.

How does this help with admissions outcomes? +

Students can use their work to demonstrate initiative, rigor, and impact. Alumni have been admitted to universities including Stanford, UC Berkeley, USC, Harvey Mudd, and UIUC.

Can I stay part of the community after I finish? +

Yes. Students can remain engaged through alumni connections, future programs, and opportunities to share work and support peers.

What alumni support is available? +

Alumni can stay connected for guidance, resources, and opportunities to continue building skills and projects.

Ready to start your research journey?

Join a community of curious students exploring data science, AI, and research for social impact.