Master of Technology (MTech) Degree in Machine Design
Master of Technology Degree in Machine Design
The MTech programme in Machine Design presents the student with the innovative, analytical and research techniques hence providing the skills required to design, analyse and develop machine designs and components into commercially viable projects and products. The programme also equips the student to carry out the complete set of activities involved in design research and the process of bringing new devices, technologies and services to the market place. The aim of this program is to provide students with a deep insight into various cutting edge machine design technologies and tools thereby creating diverse development opportunities
Intended Learning Outcomes
- Apply mechanical engineering design theory for the identification and quantification of machine elements in the design of commonly used mechanical systems.
- Apply computer-based techniques in the analysis, design and/or selection of machine components.
- Apply concepts of kinematics and dynamics, and estimate safety factors in the design of commonly used machine components.
- Identify, formulate and solve mechanical engineering problems based on data interpretation, experiments and analysis of results.
- Apply research and design practices to stay abreast with current technological and methodological trends in the field of machine design.
Program Structure
SEMESTER I | ||
Course Code | Course narration | Total Credits |
EMD7111 | Mechanical Behaviour of Engineering Materials | 18 |
EMD7112 | Optimal Design of Mechanical Elements | 18 |
EMD7113 | Kinematics and Dynamics Lab | 18 |
ELECTIVES I | ||
EMD 7114 | Instrumentation and Control Systems | 18 |
EMD 7115 | Product Design for Manufacturing and Assembly | 18 |
EMD 7116 | Experimental Stress Analysis | 18 |
ELECTIVES II | ||
EMD 7117 | Applied Random Vibrations | 18 |
EMD 7118 | Fracture Mechanics | 18 |
Semester II | ||
EMD7211 | Advanced Mechanics of Solids | 18 |
EMD7212 | Seminar | 18 |
EMD7213 | Computer Aided Engineering | 18 |
EMD7214 | Finite Element and Boundary Element Methods | 18 |
EST7201 | Applied Research Methods | 18 |
Electives III |
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EMD7216 | Vibration Analysis of Mechanical Systems | 18 |
EMD7217 | Advanced Mechanics of Composite Materials | 18 |
Semester III | ||
EMD8111 | Materials Testing, Computer Aided Testing, Analysis and Modelling Lab | 18 |
EMD8112 | Advanced Optimization Techniques | 18 |
EMD8113 | Advanced Tool Design | 18 |
HIT0800 | Project | 30 |
Electives IV |
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EMD8114 | Applied Tribology | 18 |
EMD8115 | Nano Materials formulation and Synthesis | 18 |
Semester IV | ||
HIT0800 | Project | 90 |