To empower female engineers in the field of Mechatronics and Robotics Engineering by providing a dynamic academic environment that fosters innovation, refines skills, and advances research—to lead in sustainable development and make a global impact.

The academic nature of Mechatronics and Robotics Engineering is characterized by its interdisciplinary approach, which integrates various engineering sciences into a single, cohesive framework. Its academic nature can be summarized as follows: Academic Theory: • Mechanical Engineering – Involves the design of machines, structures, and mechanical systems. • Electrical and Electronic Engineering – Focuses on circuits, motors, and control systems. • Computer Engineering and Programming – Deals with algorithms, artificial intelligence, and digital control systems. • Control Engineering – Covers dynamics, linear and nonlinear systems, and sensing and control systems. Practical and Applied Focus: The major relies heavily on laboratory experiments and hands-on projects in the design and development of robots and smart systems. It combines theoretical design with industrial application, preparing students to develop real-world solutions in fields such as manufacturing, aviation, automotive, and medicine.