Approved By: UGC AICTE
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Details:-
Sub Code |
Subject |
Semester-I |
|
101 |
English- I |
102 |
Engineering Mathematics-I |
103 |
Physics-I |
104 |
Environmental Engg |
105 |
Fundamental of Electrical Engineering |
106 |
Fundamental of Computer Programme. |
107 |
Fundamentals of Computer Applications |
Practical |
|
111 |
Physics Lab –I |
112 |
Environmental Engg. Lab |
113 |
Computer Applications Lab |
114 |
Electrical .Engineering. Lab. |
115 |
Mechanical. Workshop |
116 |
Practical Geometry |
Semester-II |
|
201 |
English Communication Techniques |
202 |
Engineering Mathematics-II |
203 |
Physics-II |
204 |
Engineering Chemistry |
205 |
Fundamental of Electronics Engineering |
206 |
Fundamental of Mechanical Engg. |
207 |
Fundamental of Computer Programme. |
Practical |
|
211 |
English Language Lab. |
212 |
Physics Lab –II |
213 |
Engineering Chemistry Lab. |
214 |
Fundamentals of Computer Programming |
Semester-III |
|
Code No. |
Subject |
3 ME 1 |
Advanced Engineering Mathematics |
3 ME 2 |
Engineering Thermodynamics -I |
3 ME 3 |
Materials Technology |
3 ME 4 |
Kinematics of Machines |
3 ME 5 |
Object Oriented Programming In C++ |
3 ME 6 |
Mechanics of Solids |
GE307 A* |
Special Mathematics I** |
Practical |
|
3 ME 7 |
Machine Drawing |
3 ME 8 |
Kinematics Of Machines Lab |
3 ME 9 |
Computer Programming lab |
3 ME 10 |
Mechanics of Solids Lab |
Semester-IV |
|
4 ME 1 |
Fluid Mechanics |
4 ME 2 |
Engineering Thermodynamics-II |
4 ME 3 |
Manufacturing Science-I |
4 ME 4 |
Dynamics of Machine |
4 ME 5 |
Instrumentation & Control |
4 ME 6 |
Advance Mechanics of Solids |
GE407 A* |
Special Mathematics II** |
Practical |
|
4 ME 7 |
Fluid Mechanics Lab |
4 ME 8 |
Thermal Engineering Lab-I |
4 ME 9 |
Dynamics of Machines Lab |
4 ME 10 |
Manufacturing Science Lab-I |
4 ME 11 |
Instrumentation & Control Lab |
Semester-V |
|
5 ME 1 |
Fluid Machines |
5 ME 2 |
I.C. Engines |
5 ME 3 |
Manufacturing Science-II |
5 ME 4 |
Industrial Engineering-I |
5 ME 5 |
Machine Design-I |
5 ME 6 |
Steam Turbine & Gas Dynamics |
Practical |
|
5 ME 7 |
Fluid Machines lab |
5 ME 8 |
Thermal Engineering lab-II |
5 ME 9 |
Machine Design-I Lab |
5 ME 10 |
Manufacturing Science –Lab |
5 ME 11 |
Computer Graphics Lab |
Semester-VI |
|
6 ME 1 |
Heat & Mass Transfer |
6 ME 2 |
Automobile Engineering |
6 ME 3 |
Manufacturing Science-III |
6 ME 4 |
Industrial Engineering -II |
6 ME 5 |
Machine Design-II |
6 ME 6 |
Gas Turbine & Jet Propulsion |
Practical |
|
6 ME 7 |
Heat & Mass Transfer Lab |
6 ME 8 |
Automobile Engineering Lab |
6 ME 9 |
Machine Design Lab-II |
6 ME 10 |
Manufacturing Sc. & Ind. Engg. Lab |
Semester-VII |
|
7 ME 1 |
Computer Aided Design |
7 ME 2 |
Mech. Vibrations. & Noise Engg. |
7 ME 3 |
Non Conventional Energy Sources |
7 ME 4 |
Operation Research |
7 ME 5 |
Refrigeration & Air Conditioning |
7 ME 6
7 ME 6.1 7 ME 6.2 7 ME 6.3 7 ME 6.4 7 ME 6.5 7 ME 6.6 |
Electives – I (Any one of the following)
Environmental Science Optimization Methods Entrepreneurship Development Welding Engineering Plasticity and Metal Working Financial Management |
Practical |
|
7 ME 7 |
CAD Lab |
7 ME 8 |
Mech. Vibrations. & Noise Engg.-Lab |
7 ME 9 |
Thermal Engg. Lab-III |
7 ME 10 |
Practical Training |
Semester-VIII |
|
8 ME 1 |
Computer Aided Manufacturing |
8 ME 2 |
Power Plant Engineering |
8 ME 3 |
Operation Management |
8 ME 4 8 ME 4.1 8 ME 4.2 8 ME 4.3 8 ME 4.4 8 ME 4.5 8 ME 4.6 |
Electives –II Facilities Planning and Material Handling Design for Fatigue and Fracture Machine Tool Design Finite Element Analysis Mechatronics Engineering Ethics & Leadership |
Practical |
|
8 ME 6 |
Computer Aided Manufacturing Lab |
8 ME 7 |
Design Engineering-Lab |
8 ME 8 |
Seminar |
8 ME 9 |
Project |