K-12 AEROSPACE STEM Program
We’re an incubator for the next generation of innovators – we’re creating future leaders in aerospace, robotics, coding, arts, and finance through mentorship by former NASA rocket scientists and engineers.
COMING SOON
JULY 06.
Limited seats available
Monthly payments available
Two integrated programs. One mission. From curiosity to career-ready aerospace professional — choose your pathway and begin.
Grades K–12 STEM Continuum
A nine-year progression from foundational curiosity to advanced aerospace engineering. Each phase builds on the last — ensuring students arrive at Senior High School with real skills, not just textbook exposure.
DISCOVER
- M1 - What is Engineering?
- M2 - Visual Coding & Logic
- M3 - Flight & Forces
- M4 - Build-a-Bot
- M5 - Science
- M6 - Capstone (Discovery Showcase)
EXPLORE
- M1 - Python Fundamentals
- M2 - Advanced Robotics
- M3 - Aerodynamics & Structures
- M4 - CAD Design Lab
- M5 - Drone Systems
- M6 - Data & Space Science
- M7 - Capstone (Makerspace Challenge)
LAUNCH
- M1 - Aerospace Engineering Fundamentals
- M2 - Avionics & Systems
- M3 - Space Systems Design
- M4 - Advanced CAD & Manufacturing
- M5 - Industry Internship Prep
- M6 - Capstone (Senior Engineering Project)
Aerospace Career Tracks
Introduction to Aerospace Engineering
Foundational theory - aerodynamics, propulsion, structures, avionics. No prior STEM degree required.
Drone Technology & Operations
UAV systems theory, flight operations,
CAA/FAA regulations, commercial drone piloting certification prep.
Aviation Safety & Maintenance
ICAO standards, aircraft inspection protocol, safety management systems, and documentation for MRO environments.
Space Systems & Satellites
Orbital mechanics, satellite communication, remote sensing, and CubeSat mission design for the emerging commercial space sector.
Propulsion & Power Systems
Jet engines, rocket propulsion, electric propulsion concepts. Includes a module on graphene battery and hydrogen fuel cell applications.
Aerospace Cybersecurity
Securing avionics networks, air traffic systems, and space communications.
Developed in partnership with Akan
Technologies.
Computer Science
Foundational course introduces core concepts in computer science, including algorithms, data structures, programming fundamentals, and computational thinking. Students will learn problem-solving techniques, write and debug code, and explore how software interacts with hardware and networks.
Computer Aided Design (CAD)
Learn the fundamentals of Computer Aided Design (CAD) in this practical course. Students will gain hands-on experience using industry-standard software to create 2D drawings and 3D models, understand drafting conventions, apply dimensioning and tolerancing, and prepare files for manufacturing and 3D printing.
ECAD
Electronic CAD (ECAD) introduces students to computer-aided design tools used for creating, simulating, and documenting electronic circuits and printed circuit boards (PCBs). Topics include schematic capture, PCB layout, component libraries, design rule checks, signal integrity basics, and preparing files for manufacturing.
Robotics
This robotics course introduces learners to the fundamentals of robotics, combining theory and hands-on practice. Students explore core topics such as robotics history, sensors and actuators, control systems, kinematics, and basic programming for robot behavior. The course emphasizes project-based learning: participants design, build, and program simple robots, apply problem-solving and debugging techniques, and learn teamwork and documentation skills.
10:1
4
Learning groups
350
SPOTS AVAILABLE
100+
TECH PROJECTS
The First Aerospace STEM Academy
Hands-on aerospace projects, problem solving, and teamwork.
A Premium Year-Round Learning Lab For Students
Explore our new fascinating courses
Learning programs
Benefits
Control how you learn & progress
Private Learning
A complete education program starts with private lessons.
Workshop weeks
We feature a series of special workshops led by our instructors and guest speakers.
A Premium Year-Round Learning Lab
Our learners can benefit from hands-on projects led by ex-NASA engineers
Summer programs
Keep progressing even in your summer holidays through a variety of engaging engineering activities.
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Frequently asked questions
What courses will I take?
All aerospace STEM participants take a group of basic classes including general engineering principles, foundational math and physics, and the latest technologies and industry-specific lessons. You will also take hands-on lab courses and receive individualized mentorship with an instructor.
What can you offer that I cannot get in other programs?
With us you will have the opportunity to learn from some of the most notable professionals in the field. Our commitment is to channel decades of real-world industry success into your child’s life, launching them toward high‑earning technology and aerospace careers while forging them into confident, purpose‑driven leaders
How can I choose my courses?
We offer a number of different learning paths, which you are invited to read and choose the one that better meets your needs. However if you need any advice or clarifications, we are at your disposal at any time.
What can we do if the student and teacher’s personalities don’t mesh well, or if the student feels dissatisfied, and how can we support them to find a more positive, better-suited path?
We have several qualified instructors, so if a problem arises (rare), we can switch you to another. If you’d benefit from a different teaching style, we can assign a different instructor.