Bachelor of Engineering (Honours) in Mechatronic Engineering

COURSE CURRICULUM

The Mechatronic Engineering program is structured over four years to develop students’ expertise in integrating mechanical systems, electronics, computing, robotics, and control technologies. After completing foundational engineering studies in the first year, students progress to specialized coursework in the second year, including Electrical Circuits, Foundations of Digital Design, Machine Dynamics, Microcontroller Project, Computer Aided Drawing and Engineering Modelling, Data Structures and Algorithms, Mechatronics Design Project, and Signals and Systems. These subjects establish essential skills in electronic systems, programming, mechanical analysis, digital technologies, and integrated engineering design. In the third year, students advance their knowledge through Ethics and Sustainability in Engineering, Intelligent Agents, Robot Manipulation Project, Embedded Systems Engineering, Engineering Professionalism and Communication, and Introduction to Autonomous Robots. These courses focus on robotics, automation, artificial intelligence, embedded technologies, and professional engineering practice. The program emphasizes hands-on learning through practical projects that allow students to apply theoretical knowledge to real-world engineering challenges, including robotic systems, automation solutions, and intelligent machines. Students develop strong problem-solving, design, communication, and innovation skills required for modern engineering industries. Overall, the course prepares graduates to design, develop, and manage advanced automated systems and smart technologies, creating career opportunities in robotics, manufacturing, aerospace, transport, agriculture, biotechnology, energy, and other emerging technology sectors.