The Business forced very rapid advancements are taking place in electronics, mechanics, computers, and automation systems.
Computer-controlled systems are widely used in all fields compared to mechanically operated systems, and artificial intelligence applications are making their presence felt in all areas.
Meeting the need for competent personnel who can adapt to and advance these developments will strengthen our country's goal of becoming a regional and global power, creating added value.
The combined use of electrical-electronic, mechanical, and related hydraulic and pneumatic systems, as well as software systems, has become essential. As a result of all these developments, Mechatronics continues to function as an important interdisciplinary engineering and implementation field. Mechatronics integrates fundamental concepts of physics, electrical-electronics, computers, and mechanics, encompassing a very wide range of applications, from home systems to high-tech medical devices, from computer-controlled (CNC) machines to robots, and even beyond.
The extremely rapid development of technology has made the field of mechatronics extremely important because it necessitates the integration of fundamental knowledge from these different disciplines.
Some of the areas of interest in Mechatronics include:
Through national and international collaborations, our successful students have the opportunity to participate in Erasmus internships, and in their final semester, they can undertake Vocational Workplace Applications (VW) and Project Work in institutions in different sectors in Turkey or Germany.
Our Brand Courses, included in the program curriculum, are conducted within the framework of sectoral collaborations, ensuring that our students meet directly with sector representatives from the first year onwards. Similar certificate programs, implemented in collaboration with an internationally active company in the Spring 2023 semester, will continue in the coming semesters. These additional trainings will provide our students with opportunities to both develop themselves in new technology fields and increase their career prospects. To ensure our students acquire both theoretical knowledge and practical skills, our laboratories provide hands-on training in Basic Level Digital Electronics, 8086/88 Microprocessors, Industrial Sensors, Conveyor Belts, Process and SCADA, Pneumatics, Hydraulics, PLC and Arduino Training Sets, as well as electrical and electronic measuring devices and CMM equipment. Additionally, study opportunities are offered outside of class hours under the guidance of our expert technicians.
