The department's research program spans advanced areas in Mechatronics, focusing on Bio-Mechatronics, Auto-Tronics, Industrial Automation, Robotics, Nano-Mechatronics (N/MEMS), Autonomous Systems, Control and Automation, and Embedded systems. Researchers explore integrating biological systems with mechanical components, developing automotive systems, enhancing industrial automation with robotics and AI, integrating nanoscale components, advancing autonomous systems, and optimizing control algorithms for mechatronic applications. This comprehensive approach aims to drive innovation and address complex challenges across various sectors.

Among the possible career paths for the graduates of the Mechatronics Engineering department are the following:

• Robotics Modeling, Control, Applications.
• Mechatronics Systems Design and Implementation.
• Industrial automation for various industrial processes.
• Processes control in different application areas.
• Automotive applications including control and autonomous systems.
• Embedded Systems in a wide range of applications.
• Pneumatic and Hydraulics systems in industrial applications such as electro-hydraulic systems in factories and earth-moving equipment.

and other possible careers that rely on the integration between the mechanical design, electrical systems and software engineering backgrounds of the mechatronics engineering graduate.