BE (Mechanical Engineering)
- DURATION
4 years
- STUDY MODE
DISTANCE, FULL TIME
- COURSE TYPE
UNDER GRADUATE (UG)
- EDUCATION
Mechanical Engineering
B.E. Mechanical Engineering course introduces fundamental concepts of machine design system and machine operation. In this course, candidates learn the physical properties of motion, force, stress, and principles of equilibrium, elasticity, compatibility and the behavior of machines.
This course combines mechanical engineering, computer science, and electronics to teach how processors and microcontrollers work in mechanical systems. In this course, students examine analysis of dynamic systems, master modeling, and mechatronic system design. They also gain knowledge in CAD design and methods.
semester-wise syllabus for B.E. Mechanical Engineering is given below.
| SEMESTER-I | SEMESTER-II |
|---|---|
| English | Mathematics II |
| Mathematics I | Physics II |
| Physics I | Programming languages |
| Chemistry | Electrical technology |
| Engineering graphics | Electronics and instrumentation |
| Environmental studies | Engineering Mechanics |
| Chemistry practical | Value education |
| Physics practical I | Physics II practical |
| - | Electrical technology practical |
| SEMESTER-III | SEMESTER-IV |
| Mechanics of solids | Fluid mechanics |
| Applied Thermodynamics | Dynamics of Machinery |
| Theory of Mechanics | Mechanical Engineering Design |
| Machine Drawing | Electrical machines and control |
| Computer graphics | Numerical and statistical methods |
| Mathematics III | Mechanical Engineering Design practical |
| Mechanics of solids practical | Electrical machines and control practical |
| Applied Thermodynamics practical | Numerical and statistical practical |
| Theory of Mechanics practical | - |
| SEMESTER-V | SEMESTER-VI |
| Fluid machines | Internal Combustion Engines |
| Heat and Mass Transfer | Mechanical Vibration |
| Production Technology I | Production Technology II |
| Advanced mechanical Engineering design | Computer Aided Design |
| Industrial engineering and management | Advanced Solid Mechanics |
| Fluid machines practical | Internal Combustion Engines practical |
| Heat and Mass Transfer practical | Mechanical Vibration practical |
| SEMESTER-VII | SEMESTER-VIII |
| Measurement and Instrumentation | Advance fluid mechanics |
| Energy conversation equipment | Computer-aided manufacturing |
| Operations research | Automobile engineering |
| Industrial tribology | Finite element analysis |
| Mechatronics | Ergonomics |
| Waste heat utilization | Composite materials |
| Noise engineering | Power plant engineering |
| Refrigeration and air conditioning | Environmental engineering |
| Utilization of non-conventional energy | - |
| Fracture mechanics | - |
| Advanced mechanics | - |
