Apply for a course below. Selected applicants receive a registration link by email to access the course material and live sessions.
Give your robot eyes. Teach it to think for itself.
Ages 12–14 years · 10–40 weeks, depending on pace
The mid track for students ready to level up. Builders add ultrasonic sensing to their build, then program genuine self-driving, obstacle-avoiding behaviour.
The flagship build. Full wireless control, full engineering rigor.
Ages 15–18 years · 10–40 weeks, depending on pace
FEP's advanced track. Engineers design and build a wireless RC-controlled robot from the ground up, covering real-world engineering: mechanical design, wireless comms, and full custom firmware.
Your first build. Your first line of code. Your first robot.
Ages 6–11 years · 10–40 weeks, depending on pace
The entry point into FEP. Students assemble a programmable robot chassis from scratch, then bring it to life with beginner-friendly code. No experience required.
Build a robotic arm. Program precision movement.
Ages 14–18 years · 10 weeks
A standalone workshop outside the 3-track ladder. Students build a multi-axis robotic arm and program it to pick, place, and perform precise multi-step movements.
Build, fly, and understand the machines that are shaping the future.
Ages 15 and older · 3 levels (Beginner to Advanced)
A hands-on drone engineering curriculum for learners who want to go beyond flying drones and actually understand how they work: the electronics, the firmware, the physics, and the engineering decisions behind every component. VELA stands for Vehicle Engineering, Launch and Application.