

Foundational experience in control and automation, robotics, electronics, mechanics, hydraulic and pneumatic systems, renewable energy, intelligent systems, embedded systems, simulation and analysis, maintenance, sensor systems, and data analysis. Aiming to advance expertise in one of these areas to contribute meaningfully to society. Strong passion for mechatronics and rapid learning ability ensure excellence in the area of specialization to be selected.
Graduation Project:
Designed an autonomous armored vehicle for military emergency response, integrating GPS and ROS technology for navigation and human recognition (YOLO v8). The vehicle locates and safely transports injured soldiers using a 6-DOF robotic arm, ensuring secure evacuation to safe zones.
Other applied projects:
Research Projects:
Designed electric vehicles with an emphasis on the electrical drive system, analyzed aerodynamic drag using ANSYS Fluent, and developed the motor with ANSYS Maxwell and Simulink in MATLAB.
Laboratory Experience:
Embedded systems: Microchip PIC and Arduino Microcontrollers