During my NDC internship, I focused on analyzing faults in a pan-tilt unit, where I identified and addressed potential issues while developing mitigation strategies. This experience deepened my fault diagnosis, root cause analysis, and troubleshooting skills, enhancing my understanding of pan-tilt unit components like motors, gears, and control systems. Through this project, I improved my problem-solving abilities and honed my teamwork and independent work skills. Collaborating with mechatronics engineering professionals enriched my industry knowledge and career prospects. Overall, my NDC internship was a unique, valuable opportunity to apply theoretical knowledge practically, developing relevant skills for my field.

The final year project focused on creating an affordable 3D concrete printer capable of producing high-quality concrete structures. It encompassed thorough research into advanced 3D printing technology, material selection, and team collaboration. The project yielded a fully operational 3D concrete printer with a robotic arm for precise concrete placement, enabling the accurate construction of walls, columns, and decorative elements. The undertaking honed skills in mechanical and electrical engineering, programming, and project management, showcasing the potential of 3D printing in the construction industry. This project represents a significant contribution to mechatronics engineering, emphasizing the advantages of teamwork and innovative technological research.

An inverted pendulum robot is a challenging mechatronics project involving the use of the MPU6050 sensor and Arduino IDE to create a robot capable of balancing an inverted pendulum. This project relies on a PID controller and expertise in mechanical and electrical engineering, programming, and control theory. The robot's components, including motors and gears, must be carefully selected and integrated for optimal performance.

Office assistant in International office.