Manual Override

The advanced level focuses on systems control and solving complex technical problems. Students develop their own library for inertial navigation, inverse kinematics, and behavior algorithms to execute autonomous tasks. The course integrates applied mathematics so the student is capable of coordinating high-precision robotic systems within the simulator.

Structure: 32 sessions.

Frequency: 4 class sessions per month + 4 Open Lab sessions per month.

Tools: S-cool Godot Simulator (Digital Twin) and Python / GDScript.