Approved By: UGC AICTE
|
Duration: 2 Years |
Eligibility: Graduation |
Course Details:-
|
Subject Code |
Name of the Subject |
|
Semester-I |
|
|
09MCS1 1 |
Advanced Mathematics |
|
09MCS1 2 |
Heat Transfer & Fluid Flow |
|
09MCS1 3 |
Optimization Techniques |
|
09MCS1 4 |
Advanced Materials Technology |
|
09MCS1 5X |
Elective – I |
|
09MCS1 6 |
Seminar / Lab |
|
Elective-I |
|
|
09MCS151 |
Automation & Computer Integrated Manufacturing |
|
09MCS153 |
Operations Analysis and Modelling |
|
09MCS152 |
Reliability Engineering |
|
Semester-II |
|
|
09MCS21 |
Finite Element Analysis |
|
09MCS22 |
Advanced Machine Design |
|
09MCS23 |
Computational Heat Transfer & Fluid Flow |
|
09MCS24 |
Modeling & Simulation |
|
09MCS25X |
Elective II |
|
|
*Project Phase –I (6 Week Duration) |
|
09MCS26 |
Seminar |
|
Elective-II |
|
|
09MCS251 |
Numerical Methods In Mechanical Vibrations |
|
09MCS253 |
Rapid Prototyping |
|
09MCS252 |
Projects Analysis and Management |
|
Semester-III |
|
|
09MCS31 |
MEMS |
|
09MCS32X |
Elective- III |
|
09MCS33X |
Elective- IV |
|
|
* Project Phase- II (5 week duration) |
|
09MCS34 |
Evaluation of Project Phase - I |
|
Elective - III |
|
|
09MCS321 |
Wind Energy Engineering |
|
09MCS322 |
Robotics |
|
09MCS323 |
Analysis & Design of Composites |
|
Elective - IV |
|
|
09MCS331 |
Fluid Power System |
|
09MCS332 |
Nano Technology |
|
09MCS333 |
Solar Energy Engineering |