COURSE CURRICULUM

The Manufacturing Engineering program offers a comprehensive curriculum designed to develop expertise in advanced manufacturing processes and engineering principles. Students begin with foundational courses such as Technical Communications, Introduction to Engineering, Calculus, Physics, Chemistry, and Engineering Design, building essential skills for the discipline. Core engineering subjects like Statics, Thermodynamics, Fluid Mechanics, Solid Mechanics, Dynamics, and Electric Circuits deepen understanding of physical and mechanical systems, while specialized manufacturing courses cover materials science, manufacturing processes, and integrated manufacturing systems. Students explore key topics including Computer-Aided Design, Robotics and Automation, Quality Control, Industrial Ergonomics, and Control Systems, alongside studies in Engineering Economics and Ethics. Advanced courses focus on areas such as Additive Manufacturing, Industrial Automation, Reliability and Maintenance, Life Cycle Engineering, Artificial Intelligence in Engineering, and Finite Element Methods, preparing students for cutting-edge industry challenges. The program emphasizes practical applications through computational engineering, project management, and capstone design projects that integrate mechanical, automotive, mechatronics, and manufacturing engineering disciplines. With a strong focus on innovation, sustainability, and industry standards, graduates are equipped to excel in diverse manufacturing sectors, applying multidisciplinary knowledge to design, improve, and manage complex manufacturing systems and processes efficiently and ethically.