Electronic Engineering

Design Robotic Systems Yourself

Precise, fast and intelligent robots — starting from your own electronic circuits

Students design motor drive systems for robotic arms with millimeter-level precision, develop Force/Torque sensor systems for medical robots, embed AI on Edge Devices for real-time decision making, and apply ROS2 to program robotic arm control in real-world environments.

Build Humanoid Robots

Robots that walk, think and interact like humans

The most challenging frontier in Electronic Engineering — students research and develop Bipedal Locomotion systems for stable walking, Computer Vision systems that see and recognize, and Human-Robot Interaction systems that communicate naturally with people.

Design & Develop Drones & UAV

Intelligent drones that fly themselves — you design every system inside

Students design and build Flight Controllers for real-time flight management, GPS/GNSS high-precision navigation, Autonomous Mission Planning so drones fly missions without a pilot, and Computer Vision integration for object detection and obstacle avoidance.

Launch Your Own Satellite Into Orbit

From the lab to orbit — students design real satellites

The program enables students to design and build On-Board Computers (OBC) for CubeSat control, Power Management Systems from solar panels, Telemetry Systems for transmitting data from space, and Attitude Determination Systems for controlling satellite orientation in orbit.

Design Electronics for Spacecraft

The technology that sends humans beyond Earth — you build those systems

Students study and develop Flight Computers that operate in space radiation, Guidance Navigation & Control (GNC) systems to guide spacecraft to targets, Propulsion Electronics for thrust control, and Sensor Fusion systems that combine multiple sensor inputs for precision navigation.

Design and develop robotic systems for industry and medicine

Develop satellites and space communication systems

Design systems for spacecraft and space missions

Build AI systems for robotics and autonomous applications

Design drones and autonomous UAV systems

Develop firmware and real-time systems for hardware

Build self-driving systems for vehicles and transport

Research and develop defense technology systems

Supawat Kochapradit

Expert in Electronic Engineering, Embedded Systems, and Robotics Technology with extensive international research experience. Dedicated to developing the next generation of engineers capable of building world-changing technology.

ณัฐพนธ์ ทองหล่อ

Research assistant in autonomous robotics and embedded systems — designed and built a real Multi-Mission Autonomous Robot Platform using ROS2, Teensy firmware, LiDAR, RTK GPS, and Edge AI on Jetson Nano, alongside developing MQTT Telemetry architecture and a real-time cloud dashboard for robot monitoring.

An autonomous robot capable of mowing and cleaning surfaces without human control, using LiDAR for obstacle detection, RTK GPS for ±2cm navigation accuracy, 9-DOF IMU, Edge AI on Jetson Nano for 3-level hazard detection, and MQTT Telemetry for real-time cloud data streaming.