Laboratories and Physical Facilities

Mechatronics Laboratory
This laboratory is equipped with servo motors, DC motors, stepper motors, sensors, microprocessor-based controllers and computers. It also contains all kinds of parts and hardware needed for building robots. In these laboratories, students first design and then build autonomous robots capable of performing complex tasks, and run the programs they write on them.

Robotics Laboratory
Through the robotic arms in this laboratory, our students have the opportunity to apply experimentally the theoretical knowledge they acquire in the robotics course. The laboratory allows students to observe the experimental results of the control algorithms they develop. It houses KUKA iiwa 7, KUKA YouBot, KUKA Agilus and ScarBot robots, along with many devices and materials for carrying out projects with these robots.

Control Laboratory
This laboratory helps teach students, experimentally, the concept of control, one of the most important subjects in mechanical engineering. Its various computer-controlled experiment sets make it possible to carry out many control-related simulations and practical applications.

Industrial Electronics Laboratory
In this laboratory, students are shown in practice how to use many of the sensors employed in industry and how to interpret the data obtained from them, and are taught how industrial control is performed with PLCs. With the PLC training sets and sensors in the laboratory, students have the opportunity to build the kinds of automation systems they will encounter in their professional lives.

Measurement Laboratory
This laboratory demonstrates how, and in which ways, quantities such as temperature, distance, acceleration and flow rate are measured in practice.

Technical Drawing
This laboratory is where 2D/3D CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) programs are taught through hands-on applications. Equipped with 36 state-of-the-art computers and a fixed projector, the laboratory has been designed to enable students to learn technical drawing software and is available for their use. Our students can benefit from this laboratory 24 hours a day.

Computer-Aided Manufacturing Laboratory
This laboratory demonstrates in practice how computer-aided manufacturing is carried out. Students can intervene in the existing system and, by examining it, gain real knowledge of industrial production. With the CNC lathe and CNC milling machines in the laboratory, students are able to learn through hands-on practice.

Electronics and Circuit Theory Laboratory
This laboratory is where students carry out course-related applications and senior students work on their graduation projects.
Microprocessor Laboratory
This laboratory is where microprocessors and microcontrollers are introduced and programmed. Students load the simulation programs they develop onto microprocessors/microcontrollers, test them with the electronic circuits they build themselves and put them into practice.

Chip Design Laboratory
This laboratory is used to put the theory of digital circuit design and signal processing courses into practice. It is also where students can design their own chips for the control boards they use. In the chip design laboratory, where application-specific microelectronic components are designed, material-level design topics are addressed using various software tools.

Electrical Machines and Power Systems Laboratory
This laboratory is used for teaching electrical machines to undergraduate students and by graduate students for research and development work on power systems. Here, students gain knowledge about real motors used in industry. In addition, examples of triggering basic power electronics components such as diacs, triacs and thyristors, and of using them to drive high-power loads, are covered.