Approved By: UGC AICTE NBA
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Detail
CourseCode |
Course Title |
Semester - I |
|
MA 101 |
Mathematics – I |
PH 101 |
Physics – I |
CY 101 |
Chemistry |
EE 100 |
Basic Electrical Engineering |
EC 100 |
Basic Electronics Engineering |
CE 100 |
Engineering Mechanics |
CE 130 |
Environment and Safety Engineering |
PH 170 |
Physics Laboratory |
CY 170 |
Chemistry Laboratory |
CS 171 |
Computing Laboratory – I |
CE 171 |
Engineering Drawing |
WS 171 |
Workshop Practice – I |
Semester - II |
|
MA 102 |
Mathematics - II |
PH 102 |
Physics - II |
CS 102 |
Data Structures and Algorithm |
EC 100 |
Basic Electronics Engineering |
EE 100 |
Basic Electrical Engineering |
CE 130 |
Environment and Safety Engineering |
CE 100 |
Engineering Mechanics |
CY 170 |
Chemistry Laboratory |
PH 170 |
Physics Laboratory |
CS 172 |
Computing Laboratory - II |
ME 170 |
Machine and Drawing and Solid Modeling |
WS 172 |
Workshop Practice – II |
Semester - III |
|
MA 201 |
Mathematics – III |
ME 211 |
Kinematics and Dynamics of Machinery |
ME 213 |
Mechanics of Solids |
ME 251 |
Engineering Thermodynamics |
|
HS & Open Elective - I |
EE 270 |
Basic Electrical Engineering Laboratory |
EC 270 |
Basic Electronics Laboratory |
MA 270 |
Numerical Methods Laboratory |
HS 270 |
Language Laboratory |
CE 271 |
Mechanics of Solids Laboratory |
Semester - IV |
|
MA 202 |
Mathematics – IV |
EE 202 |
Electrical Engineering |
ME 230 |
Primary Production Processes |
ME 210 |
Design of Machine Elements |
|
HS & Open Elective – II |
EC 270 |
Basic Electronics Laboratory |
EE 270 |
Basic Electrical Engineering Laboratory |
MA 270 |
Numerical Methods Laboratory |
HS 270 |
Language Laboratory |
WS 270 |
Advanced Manufacturing Practice – I |
ME 280 |
Machine Element Design Practice – I |
Semester - V |
|
ME 331 |
Metal Machining and Automation |
ME 351 |
Fluid Mechanics |
|
Professional Elective – I |
|
Professional Elective – II |
|
HS & Open Elective – III |
WS 371 |
Advanced Manufacturing Practice – II |
ME 373 |
Production Engineering Laboratory |
ME 375 |
Internal Combustion Engines and Automobile Engineering Laboratory |
ME 381 |
Machine Element Design Practice – II |
Semester - VI |
|
ME 330 |
Metal Cutting and Tool Design |
ME 350 |
Heat Transfer |
|
Professional Elective - III |
|
Professional Elective - IV |
|
HS & Open Elective – IV |
ME 370 |
Heat Transfer and Refrigeration Lab. |
ME 372 |
Fluid Mechanics & Fluid Machines Lab. |
ME 374 |
Computational Fluid Dynamics Lab. |
ME 380 |
Production Engineering Project |
Semester - VII |
|
|
Professional Elective – V |
|
Professional Elective – VI |
|
Professional Elective – VII |
|
HS & Open Elective – V |
ME 481 |
Mechanical System Design Project |
ME 483 |
Industrial Engineering Project |
ME 491 |
Research Project – I |
ME 493 |
Seminar and Technical Writing – I |
ME 495 |
Short term Industrial/Research Experience |
Semester - VIII |
|
|
Professional Elective – VIII |
|
Professional Elective - IX |
|
Professional Elective - X |
|
HS & Open Elective – VI |
ME 470 |
Design Engineering Lab. |
ME 480 |
Thermal Engineering Design Project |
ME 492 |
Research Project - II |
ME 494 |
Seminar and Technical Writing - II |
ME 496 |
Comprehensive Viva-voce |
List of Professional Electives |
|
ME 313 |
Fundamentals of Ergonomics |
ME 332 |
Advanced Manufacturing Process |
ME 333 |
Process Control and Assurance Science |
ME 334 |
Surface Engineering |
ME 335 |
Metrology and Computer Aided Inspection |
ME 336 |
Plastic Part Manufacturing and Tool Design |
ME 352 |
Fluid Dynamics and Hydraulic Machines |
ME 353 |
Internal Combustion Engines |
ME 354 |
Refrigeration and Air-Conditioning |
ME 355 |
Aircraft and Rocket Propulsion |
ME 356 |
Turbo-machinery |
ME 357 |
Gas Dynamics |
ME 391 |
Special Topic in Mechanical Engineering – I |
ME 392 |
Special Topic in Mechanical Engineering – II |
ME 393 |
Special Laboratory in Mechanical Engg – I |
ME 394 |
Special Laboratory in Mechanical Engg – II |
ME 395 |
Engineering Product Development Project – I |
ME 396 |
Engineering Product Development Project – II |
ME 410 |
Advanced Mechanics of Solids |
ME 411 |
Vibration and Noise Engineering |
ME 412 |
Advanced Machine Dynamics |
ME 413 |
Experimental Stress Analysis |
ME 414 |
Mechatronics |
ME 415 |
Fundamentals of Tribology |
ME 416 |
Robotics |
ME 418 |
Material Handling |
ME 430 |
Industrial Management |
ME 431 |
Decision Modeling |
ME 432 |
Non-Conventional Machining Processes |
ME 433 |
Advanced Manufacturing Systems |
ME 434 |
Computer Graphics for CAD/CAM |
ME 435 |
Concurrent Engineering |
ME 437 |
Welding Technology |
ME 451 |
Power Plant Engineering |
ME 453 |
Energy Conservation & Waste Heat Recovery |
ME 455 |
Nuclear Power Generation and Safety |
CE 316 |
Advanced Mechanics of Solids |
CE 352 |
Advanced Fluid Mechanics |
CH 226 |
Fuels and Combustion |
CH 302 |
Computational Fluid Dynamics |
CH 415 |
Fluidization Engineering |
CH 419 |
Transport Phenomena |
CH 435 |
Environmental Engineering |
CH 462 |
Optimization Techniques in Process Design |
CS 435 |
Artificial Intelligence |
CS 437 |
Soft Computing |
MA 512 |
Fourier Analysis |
MA 530 |
Computational Methods in Boundary Value Problems |
MA 531 |
Boundary Layer Theory |
MA 532 |
Numerical Solution of Partial Differential Equations |
MM 336 |
Mechanical Working of Metallic Materials |
MM 435 |
Fracture Mechanics and Failure Analysis |
MM 449 |
Nanostructured Materials |