Punjab Engineering College Courses
Contact Information
-
location_on
Sector 12, Chandigarh, Chandigarh 160012, India
-
call
(0172) 2753051, 2746074, 2753064, 2753277
-
mail_outline
(0172) 2745175
-
email
- web_asset
Approved By: UGC
M.E. (Mechanical Engineering)
|
Duration: 2 Years |
Eligibility: Graduation |
Course Duration: Two Year
Course Eligibility : Bachelor Degree in Engineering with at least 50 % marks or Equivqlent CGPA
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Programme Mode: Regular
Course Syllabus
|
*Core Course 1 |
|
|
*Core Course 2 |
|
|
*Core Course 3 |
|
|
*Core Course 4 |
|
|
Note : * Students will be given set of 3 departmental core course from either group A or B or C |
|
|
Group A |
|
|
ME 501 |
Fluid and Gas Dynamics |
|
ME 502 |
Theory of Rotodynamic Machines |
|
ME 503 |
Mechanical Behavior of Material |
|
ME 504 |
Finite Element Methods in Engineering (FEM |
|
Group B |
|
|
ME 503 |
Mechanical Behavior of Material |
|
ME 504 |
Finite Element Methods in Engineering (FEM |
|
ME 521 |
Advanced Manufacturing Processes |
|
ME 522 |
Design Planning and Control of Production Systems |
|
Group C |
|
|
ME 503 |
Mechanical Behavior of Material |
|
ME 504 |
Finite Element Methods in Engineering (FEM |
|
ME 541 |
Advanced Vibration Engineering |
|
ME 542 |
Tribology |
|
Electives |
|
|
Group A |
|
|
ME 505 |
Design of Steam Turbines |
|
ME 506 |
Heat and Mass Transfer |
|
ME 507 |
Computational Fluid Dynamics |
|
ME 508 |
Dynamics of Rotating Machines |
|
ME 509 |
Pressure Vessel and Pipe Line Engineering. |
|
ME 510 |
Thermal Power Plant Engineering |
|
ME 511 |
Instrumentation and Control |
|
ME 512 |
Design of Compressor and Gas Turbine |
|
ME 513 |
Energy Management |
|
ME 514 |
Combustion Technology |
|
Group B |
|
|
ME 525 |
Precision Manufacturing |
|
ME 526 |
Ergonomics and Work Station Design |
|
ME 527 |
Maintenance Engineering |
|
ME 528 |
Industrial Quality Control |
|
ME 529 |
Advanced Metrology and Inspection |
|
ME 530 |
Advanced Metal Forming |
|
ME 531 |
Advanced Metal Cutting |
|
ME 532 |
Advanced Metal Casting |
|
ME 533 |
Tool and Cutter Design |
|
ME 534 |
Industrial Automation and Control |
|
ME 535 |
Computer Aided Manufacturing |
|
ME 536 |
Composite Materials |
|
ME 537 |
Micro Electro Mechanical Systems |
|
Group C |
|
|
ME 545 |
Advanced Design of Mechanical Systems |
|
ME 546 |
Rotor Dynamics |
|
ME 547 |
Finite Element Methods in Engineering (FEM) |
|
ME 548 |
Fracture and Fatigue |
|
ME 549 |
Experimental Stress Analysis |
|
ME 550 |
Robotics |
|
ME 551 |
Blade and Disc Dynamics |
|
ME 552 |
Advanced Mechanism |
|
ME 553 |
Materials for Tribological Applications |
|
ME 554 |
Computer Aided Design & Drafting |
