The Computer-Aided Engineering Laboratory provides a modern educational environment where engineering students can perform design, modeling, and simulation processes in a digital environment. Equipped with Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) infrastructure, the laboratory enables the virtual analysis and solution of engineering problems, aiming to integrate theoretical knowledge with practical applications.
Through a large number of advanced workstations available in the laboratory, students can prepare two-dimensional and three-dimensional technical drawings, mechanical part designs, and assembly processes using professional engineering software. Designed components can be assembled virtually, allowing performance tests on moving systems and simulations to be conducted before manufacturing. This approach helps identify potential design errors at the early stages of the product development process and ensures a more efficient and streamlined workflow.
The Computer-Aided Engineering Laboratory supports not only engineering drawing courses but also the design and simulation assignments of other engineering courses. While testing their designs in a virtual environment, students learn the systematic stages of engineering design, perform data analysis, and develop critical thinking skills related to manufacturing processes.
By supporting theoretical knowledge with modern software tools, the Computer-Aided Engineering Laboratory allows students to experience the entire design–manufacturing cycle in a comprehensive manner. As a result, students graduate with practical design skills and simulation experience that prepare them effectively for professional engineering practice.
Click here to view the operation of the three-dimensional printer.
Examples of Machines Designed and Manufactured in the Laboratory:
