COURSE CURRICULUM

The Mechanical Engineering MSc curriculum is structured to provide students with advanced technical expertise, analytical skills, and managerial competencies required in modern engineering environments. In the first year, students build a strong theoretical and practical foundation through subjects such as Applied Mathematics, Applied Statistics, and Applied Dynamics, which enhance their ability to model and analyze complex mechanical systems. Applied Thermodynamics and Fluid Mechanics deepen their understanding of energy systems and fluid behavior, while Materials Science introduces the properties and applications of advanced engineering materials. Engineering Systems and Modeling and Integrated Design Systems focus on digital tools and simulation methods that support efficient product development and system optimization. Courses such as Electrical Measurement and Signal Processing and Machine and Product Design provide practical knowledge for designing, testing, and improving mechanical components and systems. Additionally, Investment and Financial Decisions, Organizational Techniques and Project Management, and Applied Quality and Environmental Management equip students with economic, managerial, and sustainability-oriented perspectives. The Industrial Internship offers valuable real-world experience, allowing students to apply theoretical knowledge in professional settings.In the second year, the curriculum emphasizes advanced manufacturing technologies and system optimization. Students study Design of Manufacturing Devices and Design of Material Handling and Storage Systems to understand modern production infrastructure. Production Automation and Simulation of Manufacturing Systems and Processes develop skills in digital manufacturing and process analysis. Diagnostics and Condition Monitoring, Maintenance and Repairing Technologies, and Production Process Optimization prepare graduates to ensure reliability, efficiency, and continuous improvement in industrial operations. The program culminates in a Thesis, where students integrate technical, analytical, and managerial knowledge to solve complex engineering challenges. Overall, the curriculum prepares graduates to design, manage, and innovate mechanical systems and production processes in both national and international engineering environments.