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How High School Students Are Using AI to Make Space Research NASA-Worthy Discoveries

  • Writer: BetterMind Labs
    BetterMind Labs
  • Jun 11
  • 3 min read

Updated: Aug 19


How High Schoolers Are Using AI in Space Research


How AI helps high school students in space research

"I used to think space was out of reach, but now I’m training AI models to discover things I never imagined," 

said one of our students with a grin. Like them, millions of students today are realizing they can use artificial intelligence to make a real impact in the space industry — from analyzing telescope data to identifying patterns no human eye could detect.


A prime example is Matteo (Matthew) Paz. Using AI-powered data analysis during his research at Caltech, he uncovered 1.5 million previously unknown objects in space. This breakthrough not only expanded the potential of a NASA mission but also earned him a single-author, peer-reviewed scientific paper, a rare achievement for someone his age.

Astronomer and IPAC senior scientist Davy Kirkpatrick, who has spent the last five summers mentoring high school students alongside undergraduates, citizen scientists, and graduate fellows, guided Paz through this journey.

"Meeting Davy was a game-changer," 

Paz said. "He gave me the freedom to experiment with AI tools and follow my curiosity without limits. That’s how I grew as both a coder and a scientist."


When students are supported by mentors who encourage exploration, whether in coding, AI, or astronomy, they stop setting limits for themselves. The line between what’s possible and what’s not begins to blur, and groundbreaking research like this becomes reality.


Projects Born From Passion

Inspired by stories like this, we’ve been mentoring our own students the same way—with openness and encouragement. Some of our favorite space + AI projects include:


  • Asteroid Classification Tool using NASA datasets and clustering algorithms

  • Satellite Health Prediction using LSTM models

  • A Space Image Enhancer that sharpens low-resolution telescope imagery using GANs


How AI is Revolutionizing Space Research

AI has become the rocket fuel behind major space research. Leading agencies like NASA and ESA are using it extensively:


NASA's Frontier Development Lab

1. NASA's Frontier Development Lab

They use AI for:

  • Lunar terrain analysis

  • Planetary defense simulations

  • Deep learning-based asteroid tracking


They’ve partnered with tech giants like Intel and Google to explore ways AI can predict hazardous asteroid impacts, optimize rover paths, and even simulate space environments.


European Space Agency (ESA)

2. European Space Agency (ESA)

ESA uses AI to:

  • Analyze satellite imagery for climate monitoring

  • Detect exoplanets through light curve classification

  • Enhance telescope data resolution with AI-based super-resolution models


The technical stack includes CNNs, autoencoders, and edge AI models running on low-power satellites.


Can High Schoolers Join This Mission?

Absolutely. Just like Paz, anyone with drive and curiosity can start small and grow into a space innovator.


Here’s a Roadmap to Get Started:

  1. Learn AI Basics – Start with Python, scikit-learn, and basic data science concepts.

  2. Understand Astronomy Fundamentals – Explore Khan Academy, NASA’s Open Learning platforms.

  3. Try Open Datasets – Use datasets from NASA, Kaggle, and ESA.

  4. Build Mini Projects – Start with notebooks before moving to full apps.

  5. Join a Mentor Program – This is where transformation happens.


Project Ideas for High School Students:

  1. Galaxy Image Classifier – Use CNNs to sort galaxy shapes.

  2. Satellite Trajectory Predictor – Predict ISS location using time series.

  3. Solar Flare Alert System – Classify solar flare images from SOHO.

  4. Star Brightness Estimator – Use regression to analyze variable stars.

  5. Asteroid Risk Index Calculator – Rank known asteroids by size, speed, and orbit proximity.


Why Mentorship Changes Everything

Building these projects alone can be challenging. At BetterMind Labs, you’ll join a small group of up to three students, each guided by an experienced mentor. This way, you get personalized support while working alongside peers. Whether you’re decoding starlight or tracking asteroids, we’ll guide you every step of the way.


Why join BetterMind Labs AI Program?

In Conclusion: The Sky Isn’t the Limit

High school students today don’t need to wait. With the right support, tools, and mindset, they can create space solutions that once seemed like science fiction. We’ve seen students make NASA-worthy projects with just a few weeks of mentorship.

If you're dreaming big, the time to start is now.


Four people collaborate on a mechanical project. Text: "Explore Student’s Project at BetterMind Labs". Button: "Explore Projects". Black and white.

Join our July AI/ML Internship at BetterMind Labs and bring your own space project to life.


Your journey to the stars starts now.


Relevant Links


AI Use Cases at NASA – 2024 Report

The Power of AI in Space Exploration – ESA Blog

Exploring Space with AI – Caltech

Machine Learning Research in Astronomy – Harvard-Smithsonian Center for Astrophysics

NASA Open Data Portal

High School Space Exploration Projects – Science Buddies

Comments


Aarushi Pathak

Commodity Price Analyzer.

I think this program is wonderful, I had a lot of scheduling problems and yet my instructor still was able to have makeups and give me time to learn about the program and code and helped me to create my own program which feels like such a great accomplishment.

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