About Department

The Mechatronics Engineering Department combines the 4 major engineering disciplines  (Mechanical Engineering, Electrical/Electronic Engineering, Control System Engineering, Computer Engineering) to create a cohesive, interdisciplinary environment that produces self-sufficient engineers who are capable of seamlessly integrating multiple systems together to create a product.

Our objective is to develop students into becoming self-reliant engineers that are proficient in the interdisciplinary arts of conceiving, designing, implementing and maintaining highly complex and intelligent machines, and automated systems, that best suit the relevant modern industrial era.

Our programme provides a balanced experience of theoretical knowledge and practical engagement. Theoretical sessions are taught in great detail by our great lecturers to ascertain the student’s understanding of the origins, capabilities, and applications of the subject materials before any exposure to the practical counterpart to ensure safety and security of the students and the laboratory equipment. Practical sessions are preformed while supervised by both Lecturers and Research Assistants (responsible for the laboratories) to elaborate more on the theoretical materials taught beforehand. Students are encouraged to adapt to both material sources to develop themselves in all aspects of study.

Our vision is to become regionally known for Mechatronics education and research, whilst driving innovation, ensuring sustainability and supporting digital transformation of industries. We are committed to meeting global engineering standards while addressing local and regional challenges, as proven by our accreditation through ASIIN (German Accreditation Company) and EUR-ACE (EURopean ACcredited Engineer).

Our mission is beyond simply teaching our students, as we include research, partnerships with industry, and the fostering of entrepreneurial mindsets among students.

Graduates of the Mechatronics Engineering program are well-prepared for careers in Automation Engineering, Robotics Engineering, Smart Home and Smart Manufacturing System Engineering, Automotive Engineering, Embedded System Engineering, and many other fields among the rapidly developing technological sectors of the Fourth Industrial Revolution (Industry 4.0).

We invite individuals who pride themselves in complex problem solving skills, embrace interdisciplinary thinking, and aspire to change the future to join us.

We look forward to engineering a better tomorrow with you.

The Mechatronics Engineering Department of Tishk International University is guided in its teaching and research methods with the following principles:

• Innovation: We encourage curiosity and creativity, incentivising students to design and develop cutting-edge solutions that address real-world problems through practical projects backed by theoretical study.
• Integrity: We uphold the highest ethical and professional standards in engineering practice, research, and collaboration. As it is our responsibility to be accountable for what we create.
• Interdisciplinarity: Our strength lies in uniting mechanical, electrical, control systems and computer engineering to create intelligent, adaptive systems relevant to the application.
• Sustainability: Every design is taught to be efficient, responsible, and considerate of environmental and social impact.
• Continuous Growth: We develop lifelong learning to ascertain our graduates remaining adaptable in the fast ever-growing technological landscape.