COURSE CURRICULUM

The course structure is a two-year advanced engineering program focused on mechanical engineering principles, design, analysis, and applied technologies. In the first year, students build a strong foundation in core mechanical disciplines. Semester 1 covers Mechanics of Solids and Numerical Methods, Advanced Strength of Materials, and Fundamentals of Heat Transfer, providing knowledge of structural analysis, computational techniques, material behavior, and thermal systems. Semester 2 expands into practical engineering applications through Machine Design, Advanced Fluid Mechanics, and Automatic Control Systems, emphasizing the design, analysis, and control of mechanical systems. The second year develops specialized expertise and industry-oriented skills. Semester 1 includes System Vibration and Condition Assessment, which focuses on monitoring and diagnosing mechanical systems, along with Materials Engineering, covering material selection, properties, and performance. Semester 2 introduces Design for Manufacturing and Special Topics in Heat Transfer, highlighting efficient product development processes, manufacturing considerations, and advanced thermal engineering concepts. Overall, the program integrates theoretical knowledge with practical applications, preparing students for careers in mechanical design, thermal systems, manufacturing, automation, and engineering research. Through a combination of analytical methods, computational approaches, and advanced engineering topics, the course equips graduates with the skills required to address complex mechanical engineering challenges in modern industries.