Approved By: UGC AICTE
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Duration: Four Year (Semester System)
Course Eligibility: 10+2 or equivalent with at least 50% marks.
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Course Syllabus
Semester - I for Group – A |
Engineering Mathematics I |
Engineering Physics & Physics Lab |
Communication & Professional skills in English & Language Lab |
Environmental Science |
Fundamentals of Computer & C programming & Computer Lab |
Basic Electronics Engineering |
Basic Mechanical Engineering |
Workshop Practice |
Semester - I for Group – B |
Engineering Mathematics I |
Engineering Chemistry & Chemistry Lab |
Basic Civil Engineering |
Civil & Mechanical Engineering Lab (CME Lab) |
Fundamentals of Computer & C programming & Computer Lab |
Basic Electrical Engineering |
Engineering Graphics Drawing |
Electrical & Electronics Engineering Lab (EEE Lab) |
Seminar/ PDP |
Semester - II for Group – A |
Engineering Mathematics II |
Engineering Chemistry & Chemistry Lab |
Basic Civil Engineering |
Civil & Mechanical Engineering Lab (CME Lab) |
Advanced C Programming & Computer Lab |
Basic Electrical Engineering |
Engineering Graphics Drawing |
Electrical & Electronics Engineering Lab (EEE Lab) |
Seminar/ PDP |
Industrial Oriented Training* |
Semester – II for Group - B |
Engineering Mathematics II |
Engineering Physics & Physics Lab |
Communication & Professional skills in English & Language Lab |
Environmental Science |
Advanced C Programming & Computer Lab |
Basic Electronics Engineering |
Basic Mechanical Engineering |
Workshop Practice |
Industrial Oriented Training* |
Semester - III |
Engineering Mathematics- III |
Principles of Engg. Eco. & Mgmt. |
Applied Thermodynamics-I |
Strength of Materials-I |
Machine Drawing |
Fluid Mechanics |
Seminar |
Semester – IV |
Metrology & Interchangeability. |
Manufacturing Technology – I |
Strength of Materials-II. |
Advanced Mathematics & Computer Programming |
Applied Thermodynamics-II |
Material Science & Engineering |
Manufacturing Practice |
General proficiency |
Seminar |
Semester – V |
Theory of Machines-I |
Machine Design-I |
Fluid Machines |
Internal Combustion Engines |
Manufacturing Technology-II |
Operation Research |
Industrial Training |
Seminar |
Semester – VI |
Theory of Machines-II |
Machine Design-II |
Machine Tools |
Measurement & Controls |
Industrial Automation and Robotics |
Heat Transfer |
General proficiency |
Seminar |
Semester – VII |
Mechanical Vibrations |
Automobile Engg. |
Refrigeration & Air-conditioning |
Mechatronics |
Industrial Engineering & Entrepreneurship |
Industrial Training |
Departmental Elective-I |
Seminar |
List of Elective -I |
Optimization Methods for Engineering Systems |
Computer aided vehicle design |
Machine Tool Design |
Flexible Manufacturing Systems |
Total Quality Control |
Non – Conventional Energy Sources |
Pumps, Blowers and Compressors |
Design of Heat Exchangers |
Design of Air Conditioning Systems |
Experimental Stress Analysis |
Semester – VIII |
Computer Aided Design |
Power Plant Engg. |
TQM |
Project |
Departmental Elective-II |
General proficiency |
Seminar |
List of Elective -II |
Maintenance Engineering |
Material Handling and Plant Layout |
Ergonomics and Workplace Design |
Gas Turbines and Jet propulsion |
Modern Manufacturing Processes |
Emerging Automotive Technologies |
Cryogenic Engineering |
Theory of Elasticity and Plasticity |
Advance Operations Research |