Mechatronics & Robotics · Mechnical Design · Embedded Systems & Control · Sensors & Actuators Integration · Fast Prototyping
I’m a mechatronics and robotics engineer passionate about building systems that connect mechanical design, electronics, and intelligent control. My recent work includes designing multi-robot cooperation platforms with ROS2 and C++, creating competition robots with custom sensing and actuation, and developing autonomous rovers capable of localization and obstacle avoidance. Alongside my research, I’ve also gained experience in industry as a process and mechanical engineer, applying DFM, FMEA, and reliability testing to ensure designs scale beyond the lab.
I thrive in projects that demand both hands-on hardware prototyping and algorithmic problem-solving. My experiences span over trajectory planning with motion capture and AprilTags, to sensor fusion for real-time navigation. Alongside my research, I’ve explored DIY builds and hardware modifications, keeping me closely connected to practical engineering challenges.
Outside engineering, I’m often out on a lake fishing, riding bikes through new cities, or prototyping personal projects on my 3D printer. I also enjoy sharing what I build — especially when it sparks curiosity or inspires someone to start building themselves.
Developed a multi-robot cooperative locomotion system with autonomous turret docking, integrated localization, and ROS2-based control for lunar rescue applications.
Implemented a ROS1 flight stack combining visual–inertial odometry, SE(3) trajectory planning, and closed-loop control for autonomous quadcopter navigation in cluttered environments.
Built and programmed a C++ controlled battle robot with real-time sensor feedback and actuators integration, winning 1st place out of 25 teams.
Autonomous block stacking with the Franka Panda arm using ROS1-based motion planning and vision-guided manipulation.
Designed a self-driving maze rover with custom sensor array, and Monte Carlo Localization, completing autonomous runs with centimeter-level accuracy.
Modeled and improved an optical pressure transducer in COMSOL, enhancing stability and accuracy under thermal and fluid effects.
Designed and built a DIY regulated DC power supply with adjustable voltage/current outputs for electronics prototyping。
Built and customized a modular mechanical keyboard by manufacturing the hardware and adapting firmware for layout modifications。
Designed and validated CNT-based composite materials achieving optimal EMI absorption through fabrication and simulation.
Simulated a jumping rescue robot principle with spring-loaded leg mechanisms, achieving 2 m jump feasibility through dynamic modeling and design improvements.
C++ / Python
ROS1 / ROS2
SolidWorks / CATIA
EAGLES / KiCAD
Fast Prototyping