نبذة عني
Robotics Engineer and current Master's student in Robotics and Automation with hands-on experience designing, prototyping, integrating, and validating intelligent robotic systems. Strong in Python, ROS/ROS 2, autonomous …
Robotics Engineer and current Master's student in Robotics and Automation with hands-on experience designing, prototyping, integrating, and validating intelligent robotic systems. Strong in Python, ROS/ROS 2, autonomous navigation, SLAM, embedded control, sensor and actuator integration, computer vision, and rapid prototyping. Experienced translating research objectives into working technical architectures, troubleshooting multidisciplinary systems, documenting engineering decisions, and supporting demonstrations for technical and non-technical stakeholders.
الخبرة
Research Assistant
<p>Design, fabricate, integrate, and validate electromechanical research platforms combining mechanical systems, embedded controllers, sensors, actuators, wiring, and software.</p><p> Program TurtleBot4 systems in ROS 2 for mapping, localization, autonomous navigation, sensor integration, launch configuration, and laboratory testing.</p><p> Develop Python and embedded control workflows using STM32 and Arduino for data acquisition, motion control, experimental validation, and iterative performance optimization.</p><p> Apply OpenCV and TensorFlow to computer-vision and AI-enabled robotic applications.</p><p> Translate research objectives into technical architectures, implementation steps, test procedures, and documented engineering decisions.</p><p> Prepare technical reports and presentations and communicate design iterations, test results, and recommendations to faculty and project stakeholders.</p>
Research and Development Trainee
<p>Designed, built, and tested robotic transplanting mechanisms for performance, durability, manufacturability, and rapid iteration.</p><p> Collaborated with a multidisciplinary team to assemble, integrate, and validate robotic systems, including autopilot tractors, against functional and quality requirements.</p><p> Documented design changes, test results, and troubleshooting findings to support product refinement and future development.</p>
Research and Development Trainee
<p>Assembled, tested, and programmed electronic systems for an in-house robotics education kit.</p><p> Supported on-site robot setup, mapping, system preparation, exhibitions, and live technology demonstrations.</p><p> Created SolidWorks CAD models and 3D-printed prototypes to accelerate iterative hardware development.</p>
المشاريع
Input-Shaping Vibration Control Experimental Platforms
<p> Designed, fabricated, assembled, and integrated two motion-control testbeds for vibration-suppression experiments. • Implemented STM32-based control with timers, DC motors, encoders, and a piezo vibration sensor; experimentally tuned PID and input-shaping controllers. • Used Python to acquire, process, visualize, and troubleshoot trajectory data against simulation results. </p>
Autonomous Robot System Using Hector SLAM
<p>• Built an indoor autonomous mobile robot from concept to working prototype, including SolidWorks mechanical design and in-house fabrication. • Developed Arduino-based low-level motor control with encoders, motor-driver integration, and PID control. • Integrated 2D RPLidar sensing, Hector SLAM, and ROS-based navigation for mapping and autonomous movement. </p>