A look inside the lab infrastructure that powers student missions: test fields, sensor rigs, AI workstations and hardware platforms.
An advanced humanoid robotics project combining facial mechanics, AI voice interaction, computer vision, and embedded engineering into a fully interactive robotic head platform.
An advanced humanoid robotics project combining facial mechanics, AI voice interaction, computer vision, and embedded engineering into a fully interactive robotic head platform.
A real-time wireless robotic hand capable of replicating human finger movement through low-latency gesture tracking and teleoperation control systems.
A voice-controlled quadruped robotics project combining biomimetic movement, embedded systems, AI interaction, and multi-leg motion control.
Build intelligent humanoid robotic systems through real-world engineering, embedded control, AI interaction and modular robotics design.
A 6-DOF articulated robotics platform focused on robotic manipulation, motion control, servo systems, and precision engineering.
An aerospace engineering project focused on staged launch vehicle design, pneumatic propulsion systems, aerodynamic stability, and real-world flight testing.
A self-driving robotics project focused on autonomous movement, sensor systems, obstacle avoidance, and intelligent navigation using real embedded engineering and robotics algorithms.
