Program
A year inside Atlas.
How a kid actually spends their time here. The monthly cycle, the age stages, the frontier industries they pick from.
Explore. Build. Found.
Explore
Chase your interests until you find the problem worth solving. First principles, customer conversations, frontier industries. Atlas kids learn how to find the work worth doing.
Build
Get your hands dirty. CAD it, code it, solder it, weld it, print it, prototype it. Atlas kids spend afternoons in workshops, not lecture halls.
Found
Start the company that ships the thing. Real customers. Real users. Real impact. The first real venture launches at 13. By 18, every Atlas grad is making a living from a real business, with or without college.
How a month works.
The monthly cycle. Repeat every four weeks.
Week 1
Explore
Research. Customer interviews. First-principles teardown. What's the problem worth solving?
Week 2
Build
Prototype, test, iterate. Make the thing that solves the problem.
Week 3
Earn
Ship to real customers. Generate real revenue. Defend the work in front of mentors who've actually built businesses.
Week 4
Reflect
Post-mortem. Set the next OKR. Teach a younger student what you just learned.
Twelve grades. Five stages.
0 – 4
Foundations Pod
Secure attachment, sensorimotor joy, micro-entrepreneurship (toddlers pressing lemons for the lemonade stand). The seeds of agency.
5 – 6
Early Childhood
Reading, basic math, social skills introduced through play. First ventures (pretend stores, group projects). Joy in learning, confidence in trying.
7 – 9
Explorers
Real projects start. Robotics, coding, hands-on engineering. First travel weeks. Lemonade stands grow into actual ventures with revenue.
10 – 12
Creators
Students choose specializations. Bigger projects, real prototypes, more ambitious ventures. The Mars Track formally begins at 12.
13 – 18
Trailblazers
High school as an incubator. Real startups, internships at frontier companies, apprenticeships with engineers. Senior Capstone is The Ship or The Bid.
Frontier focus areas.
AI & Autonomous Agents
Building agents that think, reason, and act in the real world.
Humanoid Robotics
Manipulation, locomotion, perception. The labor force of the next century.
Drones & Unmanned Systems
Aerial, ground, underwater. Surveying, logistics, defense.
Modern Energy
Fission, fusion, advanced geothermal. The grid that powers the future.
Space Manufacturing & Off-World Habitats
Building in orbit, on the Moon, on Mars.
Defense Tech & Cybersecurity
Protecting the systems civilization depends on.
Gene Editing & Synthetic Biology
Programming life itself.
Decentralized Systems & Bitcoin
Censorship-resistant rails for value and information.
Cold-Chain Logistics & Food Security
Feeding cities, supplying colonies.
Fertility Science & Longevity
Healthier lives, more time, better starts.