Robotics Engineer • Autonomous Systems • Perception • Embedded Systems
Building real-world robotic systems across ground, aerial, and underwater platforms
• ROS 2 navigation and system architecture
• SLAM and localization in real environments
• Sensor fusion with LiDAR, IMU, and depth cameras
• Embedded systems and hardware integration
• End-to-end robotic system development
• Autonomous VTOL UAV for search and rescue
• Autonomous underwater vehicle for subsea inspection
• Conversational mobile robot with perception pipeline
• Graph-based robotic drawing system with trajectory optimization
• Robotics control and embedded hardware prototypes
Building production-ready robotics systems with a focus on robustness, control integrity, and real-world deployment.