3.5-year comprehensive technical education for students aged 14-18
Advanced 01
Robotics Control Systems
Master industrial-grade robotics programming using advanced control systems like Arduino and REV controllers. Learn to integrate multiple motors and sensors to create complex robotic behaviors. Develop PID control algorithms and real-time system monitoring for precision automation applications.
Advanced 02
Advanced Circuit Design
Design professional-grade electronic circuits using industry-standard tools like Eagle and KiCad. Learn PCB layout, signal integrity, and power management for robotic systems. Develop custom circuit boards that interface with microcontrollers and industrial automation equipment.
Advanced 03
Autonomous Systems
Develop fully autonomous robotic systems using advanced sensor fusion and decision-making algorithms. Implement SLAM (Simultaneous Localization and Mapping) techniques for navigation. Work with LIDAR, computer vision, and inertial measurement units for environmental awareness.
Advanced 04
Mechanical CAD & 3D Printing
Master professional mechanical design using SolidWorks. Learn advanced modeling techniques, finite element analysis, and design for manufacturability. Create functional prototypes using industrial 3D printers and CNC machines, with emphasis on robotic component design.
Advanced 05
Underwater Robotics (ROV)
Design and build professional Remotely Operated Vehicles for underwater applications. Learn pressure-resistant design, waterproofing techniques, and underwater propulsion systems. Implement advanced control systems for precise manipulation in aquatic environments.
Advanced 06
Embedded Systems Development
Develop sophisticated embedded systems using Raspberry Pi and ARM processors. Learn real-time operating systems, device driver development, and hardware-software co-design. Implement IoT solutions with wireless connectivity and cloud integration for robotic applications.
