Master of Technology (M.Tech) in Machine Design

M.Tech in Machine Design Course Details

Master of Technology (M.Tech.) in Machine Design is a 2-year postgraduate teaching programme that deals with the advanced design, analysis, and development of mechanical systems, components, and machines. This specialisation ensures that the students are trained with sound analytical, computational, and practical skills to design robust, efficient, and innovative mechanical products used in manufacturing, automotive, aerospace, heavy engineering, and industrial automation.

In today's environment of contemporary industry characterised by automation, advanced manufacturing process, robotics, electric vehicles, and machine design, engineers are essential to help drive the development of concepts in mechanical systems from idea to functionally performance-driven system. M.Tech Machine Design is a course for engineers longing to explore details and concepts in mechanical design, Material behavior, structural analysis, product optimization etc.

The programme focuses on both theoretical aspects and practical engineering applications. Advanced courses are taught in continuum mechanics, FEA, CAD, CAE, tribology, and optimization strategy. Modern software tools and simulation platforms commonly used within the industry are inbuilt to the curriculum, making job-ready and research-oriented professionals.

M.Tech Machine Design also provides good exposure for research methodology, laboratory experiments, design-oriented projects, and Industrial case studies of machine elements along with in-plant training and dissertation work. This is to prepare students for demanding jobs in the core engineering sector and also for research or academic roles.

With manufacturing, infrastructure development, electric mobility, aeronautical and precision engineering continuing to grow, there are always plenty of jobs for machine design engineers in India and overseas. The pass-outs of this programme get placements in PSUs, MNCs, R&D organisations, design consultancies, and academics.

Key Areas of Study

• Advanced Engineering Mathematics

• Theory of Elasticity

• Advanced Strength of Materials

• Finite Element Methods

• Machine Component Design

• Tribology and Lubrication

• Vibration and Noise Control

• Optimization Techniques

• CAD/CAE and Product Design

Students have seminars and labs, industry-based design projects and a mandatory dissertation to cultivate practice and research-informed knowledge.