COURSE CURRICULUM

The Mechanical Engineering program is organized over three years and divided into six semesters. Each semester includes mandatory modules that provide students with the theoretical knowledge and practical skills required in mechanical engineering. In Year 1, students begin with the fundamental concepts of engineering, mathematics, and mechanical systems. In Semester 1, the modules include Computer Aided Drafting, Engineering Mathematics 1, Mechatronics 1, Static Mechanics, and Technical Communications. These subjects introduce students to engineering drawing, mathematical principles, basic mechanical structures, and communication skills that are important for engineers. In Semester 2, students study Engineering Mathematics 2, Mechatronics 2, Dynamic Mechanics, Fluid Mechanics 1, and Workshop Practices. These modules help students understand mechanical motion, the behavior of fluids, and provide hands-on experience through practical workshop activities.In Year 2, the program moves to more advanced engineering concepts and applications. In Semester 3, students study Manufacturing and CAD, Engineering Mathematics 3, Mechatronics 3, Dynamics 2, and Statics 2. These subjects focus on product design, manufacturing processes, and deeper mechanical analysis of structures and movement. In Semester 4, students continue with Engineering Mathematics 4, Materials Science in Engineering, Mechatronics 4, Dynamics 3, and Thermodynamics 1. These modules introduce students to material properties, heat and energy systems, and advanced mechanical dynamics.Year 3 focuses on applying mechanical engineering knowledge to practical and industrial situations. In Semester 5, the modules include Advanced Manufacturing, Engineering Mathematics 5, Mechanics of Materials, Mechatronics 5, and Fluid Mechanics 2. These subjects help students understand advanced manufacturing techniques, the strength and behavior of engineering materials, and complex fluid systems. In Semester 6, students complete Development Project in Engineering and Industrial Studies as mandatory modules. They also have elective options such as Introduction to Systems and Control, Process Instrumentation, and Advanced PLCs. These modules allow students to work on engineering projects, understand industrial systems, and develop additional technical skills. By the end of the program, students gain the knowledge and practical experience needed to work in various mechanical engineering and manufacturing industries.