AI & ML
Object-detection robot car: live demo
A student demos the object-detection robot car he built — an onboard camera and computer-vision model deciding how the car moves. Built at Aasquare Academy in Sunnyvale, CA.
High School Tech Hero · High school
There’s more room in tech than ever. Show your student all of it.
AI is changing things fast — and if your family has wondered whether there’s still a place for your student in tech, the answer is: there’s more room than ever. The catch? Most students only ever see one corner of the field (usually “coding”), and miss the dozens of other careers where humans are absolutely essential.
This program fixes that.
How it works
Continuous learning
An ongoing, project-packed arc — not a one-off camp
Mentor-led
Small groups guided by working engineers
Hands-on projects
Students build something real in every track
AI-first
Students learn to build with AI, not around it
For tuition details and upcoming cohorts, reach out to a2mentor on WhatsApp.
Eleven tracks. The real breadth of modern tech.
Students get continuous, hands-on exposure to the whole landscape — a short, project-based challenge in every track.
Networking
How the internet moves a packet from your phone to Tokyo
Cybersecurity
Break into a system (legally) and learn how to defend one
Embedded Systems
Code that runs on a chip the size of your fingernail
Hardware Design
Peek inside the silicon that powers everything
Distributed Systems
Build something that survives when a server catches fire
SaaS
Ship a real web product real people can sign up for
Robotics
Make a machine see, move, and decide
Cloud Engineering
Spin up infrastructure across the world in minutes
AI & ML
Train a model — and learn where models still fall apart
Physical AI
Put AI in a body — perception, motion, and decisions on real hardware
Build Your Own Business
Turn an idea into a product — and a product into a business
Your student won’t just listen to lectures — they’ll build, break, and ship things alongside a mentor who does this work for a living. And every project leans into an AI-first workflow, so they graduate already fluent in the tools the industry actually uses today. No prior experience needed — just curiosity.
Why now?
The loudest voices online are telling high schoolers that AI is going to take every tech job. That’s not what we’re seeing. We’re seeing the opposite: more specializations, more weird intersections, more demand for people who understand how systems work. The students who’ll do best aren’t the ones who picked the “right” major at 17 — they’re the ones who saw enough of the landscape to know what excites them.
Watch it in action
Real student work from our sessions — machines that see, move, and decide.
AI & ML
The journey towards physical AI
From robot cars to embodied intelligence — where our student projects are heading: AI running on real hardware in the real world.
Frequently asked questions
Does my student need prior experience?
No prior experience needed — just curiosity. Each track is a short, project-based challenge designed to give students a taste of the work, the people, and the kinds of problems waiting in that field.
Who is this program for?
High school students — especially the ones who have only ever seen the "coding" corner of tech and want to discover the dozens of other careers where humans are absolutely essential.
How is the program structured?
Continuous learning in mentor-led small groups guided by working Silicon Valley engineers — an ongoing program, not a one-off camp. Contact us for upcoming cohort dates.
Does my student pick one track, or do all of them?
All of them. The whole point is breadth: students rotate through all eleven tracks, building, breaking, and shipping a real project in each one.
What does “AI-first” mean?
Every project leans into an AI-first workflow — students learn to build with AI, not around it, and graduate already fluent in the tools the industry actually uses today.
Isn’t AI going to take all the tech jobs anyway?
That’s the loudest story online — it’s not what we’re seeing. We’re seeing more specializations, more weird intersections, and more demand for people who understand how systems work. This program exists to show students enough of the landscape to know what excites them.
Continuous learning. Eleven tracks. One standard.
Small groups guided by working engineers. No prior experience needed — just curiosity. Apply now or ask us about upcoming cohorts.
Apply for admission