As a dedicated and passionate mechanical engineering, my primary focus is on the field of robotics. I completed my bachelor's degree, and my graduation project was related to AGVs. Through this project, I gained hands-on experience and honed my skills in operating ROS, a widely used robotic operating system, and tested my ideas using Turtlebots, a popular research platform for mobile robots. This project sparked my passion for robotics, leading me to pursue a Master's degree with a specialization in the field.In my Master's program, I was exposed to a wide range of robotics-related courses, each covering a unique aspect of the field. The FEM-related courses helped me understand the importance of numerical methods in analyzing the performance of mechanical structures, while the control engineering course taught me how to design and implement control systems for robotic applications. The automated production systems course covered the design and optimization of manufacturing processes, while the machine learning course delved into the use of artificial intelligence for robotics.Additionally, I had the opportunity to explore emerging areas of robotics such as virtual reality (VR), real-time software, and control of unmanned aerial vehicles (UAVs). Through these courses, I gained a comprehensive understanding of the different aspects of robotics, from design and simulation to control and operation.My ultimate goal as an engineer is to make a positive impact in the field of robotics by contributing to innovative projects and advancing the field's technological capabilities. I believe that my diverse educational background, combined with my hands-on experience, has equipped me with a broad range of skills and knowledge that are essential in solving complex problems in the field of robotics. As an engineer, I am committed to utilizing this knowledge to make meaningful contributions to the field and to continuously improve my skills and expertise.