Bachelor of Technology (Honours) in Mechatronic System

In the first year, students of the program will be equipped to design, build, and maintain automated systems while adhering to safety regulations. They will understand safe working practices. The courses will provide students with the foundational knowledge of various mechanical and electrical systems. Students will then gain the ability to program and control Mechatronic systems. The courses will allow them to integrate these skills to design, implement, and maintain complex mechatronic systems in a real-world context.

In the second year, the program equips students to manage and integrate complex automated systems. The courses provide the foundation for understanding how to manage and troubleshoot interconnected mechanical, electronic, and computer-controlled systems. They also equip students with the ability to code and automate processes, to foster the skills needed to effectively plan and oversee these systems within a professional environment. Finally, the courses introduce students to cutting-edge technologies used to create intelligent machines and interconnected systems, preparing them for the future of automation.

In the third year, the program prepares students to become specialists in developing and implementing intelligent machines. The courses provide a strong foundation in the underlying control systems that power these machines. Students then explore the world of robotics gaining the ability to program complex movements and behaviors. They will be equipped with the hardware expertise to implement these programs. The students will be introduced to the use of cameras and software for machine vision, a key technology for intelligent systems that interact with their environment. They will be offered valuable real-world experience in the Mechatronic system via work-based learning.

In the fourth year, students will gain practical experience and strategic thinking through the final stages of the program. The courses provide opportunities to apply their skills in real-world settings. They equip them to design and optimize complex automated systems for the manufacturing industry. The students will be introduced to the integration of cloud computing into modern automation. Finally, students are allowed to complete their learning by applying their technical expertise and business acumen to solve complex engineering challenges.

In the fifth year, the program prepares students to seamlessly transition from academics to professional careers in Mechatronics. The students will apply their comprehensive knowledge to a culminating design or research project, fostering independent problem-solving and showcasing their technical abilities. Industrial training provides real-world experience by placing students in professional settings alongside industry experts. Through this combination, students will gain the practical skills, industry knowledge, and professional confidence needed to excel in the Mechatronics workforce.