Tailored curriculum for different learning stages. Both tracks lead to real engineering skills.
The same progression used in real engineering & research — from fundamentals to advanced, real-world systems.
Voltage, current, resistance (Ohm’s Law) and real circuit behavior.
2D → 3D design thinking, tolerances, constraints, fabrication prep.
Materials, slicing, orientation, and design-for-print principles.
Analog/digital circuits, sensors, power regulation, automation logic.
Robotics programming, kinematics, sensors, actuators, ROS concepts.
AI fundamentals, automation workflows, data → decision → action.
Sensors, microcontrollers, secured communication, cloud dashboards.
Smart factories, cyber-physical systems, data-driven automation.
Firmware basics, real-time constraints, edge decision-making.
Team-based project integrating electronics, robotics, AI, or IoT.
Our robots are available 24/7 for remote programming and control. Students practice with real hardware from anywhere.
Practice anytime that fits your schedule
Write and test code globally
Control physical robots, not simulations
See results instantly via camera feed
Most programs teach what to do. We teach how real engineers think.
Join Rakkon Applied Engineering Studio and learn how real engineers think, design, and build. Schedule a consultation to find the right track for your student.
