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4-YEAR B.E. in MECHANICAL ENGINEERING
PROGRAM STRUCTURE

Year-I
1st Semester
Batch A Batch B
Code Subject Hours (L+T+P) Credit Code Subject Hours (L+T+P) Credit
AML5101 Engineering Maths – I 4+1+0=5 4.5 AML5101 Engineering Maths – I 4+1+0=5 4.5
PYL5101 Engineering Physics 4+1+0=5 4.5 EEL5102 Basics of Electrical & Electronics Engineering 4+1+0=5 4.5
MEL4101 Elements of Mechanical Engineering 3+1+0=3.5 4 CSL4102 Problem Solving Technique using C 4+0+0=4 4
CHL4101 Engineering Chemistry 3+1+0=4 3.5 PYL5102 Material Science 4+1+0=5 4.5
GEL3101 Environmental Sciences 3+0+0=3 3 MEL4102 Engineering Graphics 4+0+0=4 4
PYP1101 Engineering Physics Lab 0+0+2=2 1 EEP1102 Basics of Electrical & Electronics Engineering Lab 0+0+2=2 1
MEW2101 Manufacturing Practice 0+0+4=4 2 CSP2102 Problem Solving Technique using C Lab 0+0+4=4 2
CHP1101 Engineering Chemistry Lab 0+0+2=2 1 MEP1102 Engineering Graphics Lab 0+0+2=2 1
ASP3101 Integrated Project – I 3 ASP3101 Integrated Project – I 3
GES1101 Co curricular Activities 1 GES1101 Co curricular Activities 1
Total 29 27 Total 31 29.5
2nd Semester
Batch A Batch B
Code Subject Hours (L+T+P) Credit Code Subject Hours (L+T+P) Credit
AML5102 Engineering Math – II 4+1+0=5 4.5 AML5102 Engineering Math – II 4+1+0=5 4.5
EEL5102 Basics of Electrical & Electronics Engineering 4+1+0=5 4.5 PYL5101 Engineering Physics 4+1+0=5 4.5
CSL4102 Problem Solving Technique using C 4+0+0=4 4 MEL4101 Elements of Mechanical Engineering 3+1+0=4 3.5
PYL5102 Material Science 4+1+0=5 4.5 CHL4101 Engineering Chemistry 3+1+0=4 3.5
MEL4102 Engineering Graphics 4+0+0=4 4 GEL3101 Environmental Sciences 3+0+0=3 3
EEP1102 Basics of Electrical & Electronics Engineering Lab 0+0+2=2 1 PYP1101 Engineering Physics Lab 0+0+2=2 1
CSP2102 Problem Solving Technique using C Lab 0+0+4=4 2 MEW2101 Manufacturing Practice 0+0+4=4 2
MEP1102 Engineering Graphics Lab 0+0+2=2 1 CHP1101 Engineering Chemistry Lab 0+0+2=2 1
ASP3102 Integrated Project – II 3 ASP3102 Integrated Project – II 3
GES1102 Co curricular Activities 1 GES1102 Co curricular Activities 1
Total 31 29.5 <bTotal 29 27
Notes:
  • All training is conducted at the campus
  • Total credits for the first year of the course are: 27 + 29.5 = 56.5
  • Out of the total strength of the first year of the course, one group of students will pursue the course under Batch A and other group will pursue course under Batch B
Course Details

AML5101 Engineering Maths I (4-1-0)

GEL3101 Environmental Sciences (3-0-0)

PYL5101 Engineering Physics (4-1-0)

MEL4101 Elements of Mechanical Engineering (3-1-0)

CSL4101 Problem Solving Techniques using C (4-0-0)

PYP1101 Engineering Physics Lab (0-0-2)

MEW2101 Manufacturing Practice (0-0-4)

CSP2101 Problem Solving Techniques using C Lab (0-0-4)

CHL4102 Engineering Chemistry (3-1-0)

AML5102 Engineering Maths-II (4-1-0)

EEL5102 Basics of Electrical and Electronics Engineering (4-1-0)

PYL5102 Material Science (4-1-0)

MEL4102 Engineering Graphics (4-0-0)

CHP1102 Engineering, Chemistry Lab (0-0-2)

EEP1102 Basics of Electrical and Electronics Engineering Lab (0-0-2)

MEP1102 Engineering Graphics Lab (0-0-2)

Year-II
Summer Course
Code Subject Hours (L+T+P) Credit
MET6102 Industry Oriented Hands – on Training* 4-6 weeks 6
3rd Semester
Course Code Title of the Course Hours (L+T+P) Credit
AML4201/AML3301 Numerical Methods and Statistical Techniques 3+1+0=4 3.5
MEL4203 Machine Drawing 2+4+0=6 4
MEL4205 Strength of Materials – 1 3+1+0=4 3.5
MEL5207 Thermal Engineering 4+1+0=5 4.5
MEL3209 Production Technology – I 3+0+0=3 3
MEL4211 Kinematics of Machines 3+1+0=4 3.5
AMP1201/AMP1301 Numerical Methods and Statistical Techniques Lab 0+0+2=2 1
MEP1209 Production Technology –I Lab 0+0+2=2 1
MEP3203 Integrated Project – III 0+0+2=2 3
GES1201 Co-curricular activities 1
Total 32 28
4th Semester
Course Code Title of the Course Hours (L+T+P) Credit
MEL4202 Strength of Materials –II 3+1+0=4 3.5
MEL4204 Thermal & IC Engines 3+1+0=4 3.5
MEL3206 Production Technology – II 3+0+0=3 3
MEL4208 Dynamics of Machines 3+1+0=4 3.5
MEL3210 Engineering Materials & Metallurgy 3+0+0=3 3
MEP1202 Strength of Materials –II Lab 0+0+2=2 1
MEP1204 Thermal & IC Engines –II Lab 0+0+2=2 1
MEP1206 Production Technology – II Lab 0+0+2=2 1
MEP1208 Dynamics of Machines- Lab 0+0+2=2 1
MEP1210 Engineering Materials & Metallurgy Lab 0+0+2=2 1
MEP3204 Integrated Project – IV 0+0+2=2 3
GEL2202/GEL2301 Indian Culture and Heritage 2+0+0=2 2
GES1202 Co-curricular activities 1
Total 32 27.5
Notes:
  • * means “At Campus or At Industry”
  • Total credits for the second year of the course: 28 + 27.5 + 6 = 61.5
  • Cumulative credits at the end of the second year of the course: 56.5 +61.5 = 118
Course Details

AML4201/AML3301 Numerical Methods and Statistical Techniques (3-1-0)

MEL4203 Machine Drawing (2-4-0)

MEL4205 Strength of Materials I (3-1-0)

MEL5207 Thermal Engineering I (4-1-0)

MEL3209 Production Technology I (3-0-0)

 

MEL4211 Kinematics of Machines (3-1-0)

AMP1201/AMP1301 Numerical Methods and Statistical Techniques Lab (0-0-2)

MEP1209 Production Technology I Lab (0-0-2)

MEL4202 Strength of Materials II (3-1-0)

MEL4204 Thermal & IC Engines (3-1-0)

MEL3206 Production Technology-II (3-0-0)

MEL4208 Dynamics of Machines (3-1-0)

MEL3210 Engineering Materials and Metallurgy (3-0-0)

MEP1202 Strength of Materials-II Lab (0-0-2)

MEP1204 Thermal and IC Engines Lab (0-0-2)

MEP1206 Production Technology-II Lab (0-0-2)

MEP1208 Dynamics of Machines Lab (0-0-2)

MEP1210 Engineering Materials and Metallurgy Lab (0-0-2)

Year-III
Summer Course
Course Code Title of the Course Hours (L+T+P) Credit
MET6201 Industry Oriented Hands – on Courses* 4 – 6 weeks 6
5th Semester
Course Code Title of the Course Hours (L+T+P) Credit
CSL4301/CSL4201/CSL3201 Object Oriented Programming Concept 3+1+0=4 3.5
MEL4303 Machine Design – I 3+2+0=5 4
MEL4305 Heat and Mass Transfer 3+1+0=4 3.5
MEL4307 Fluid Mechanics 3+1+0=4 3.5
MEL4309 Automobile Engineering 4+0+0=4 4
CSP1301 Object Oriented Programming Concept Lab 0+0+2=2 1
MEP1305 Heat and Mass Transfer Lab 0+0+2=2 1
MEP1307 Fluid Mechanics Lab 0+0+2=2 1
MEP1309 Automobile Engineering Lab 0+0+2=2 1
CLP2301 Life Skills – I 0+0+3=3 1.5
MEP3305 Integrated Project – V 3
GES1301 Co – curricular activities 1
Total 32 28
6th Semester
Course Code Title of the Course Hours (L+T+P) Credit
MEL4302 Fluid Machinery 3+1+0=4 3.5
MEL4304 Refrigeration and Air Conditioning 3+1+0=4 3.5
MEL3306 CAD/ CAM 3+0+0=3 3
MEL4308 Machine Design – II 3+2+0=5 4
MEL3310 Industrial Engineering 3+0+0=3 3
Elective – I* 3+0+0=3 3
MEP1302 Fluid Machinery – Lab 0+0+2=2 1
MEP1304 Refrigeration and Air Conditioning – Lab 0+0+2=2 1
MEE1306 CAD/CAM – Lab 0+0+2=2 1
MEP3306 Integrated Project – VI 3
CLP2302 Life Skills – II 0+0+3=3 1.5
GES1302 Co-curricular activities 1
Total 31 28.5
* Elective – I
MEL3320 Solar Energy
MEL3322 Non Conventional Energy Resources
MEL3324 Energy Conservation and Management.
MEL3326 Mechanical Measurement and Metrology
MEL3328 Industrial Safety and Environment
MEL3330 Operation Management
MEL3332 Non Traditional Machining Processes
MEL3334 Machine Tool Design
MEL3336 Industrial Tribology
Notes:
  • Total credits for the third year of the course: 28 + 28.5 + 6 = 62.5,
  • Cumulative credits at the end of the third year of the course: 56.5 + 61.5 + 62.5 = 180.5
Course Details

CSL4301/CSL4201/CSL3201 Object Oriented Programming Concepts (3-1-0)

MEL4303 Machine Design-1 (3-2-0)

MEL4305 Heat & Mass Transfer (3-1-0)

MEL4307 Fluid Mechanics (3-1-0)

MEL4309 Automobile Engineering (4-0-0)

CSP1301 Object Oriented Programming Lab (0-0-2)

MEP1305 Heat & Mass Transfer Lab (0-0-2)

MEP1307 Fluid Mechanics Lab (0-0-2)

MEP1309 Automobile Engineering Lab (0-0-2)

MEL4302 Fluid Machinery (3-1-0)

MEL4304 Refrigeration & Air Conditioning (3-1-0)

EL3306 CAD/CAM (3-0-0)

MEL4308 Machine Design – II (3-2-0)

MEL3310 Industrial Engineering (3-0-0)

MEP1302 Fluid Machinery Lab (0-0-2)

MEP1304 Refrigeration and Air Conditioning Lab (0-0-2)

MEP1306 CAD/CAM Lab (0-0-2)

MEL3320 Solar Energy (3-0-0)

MEL3322 Non-Conventional Energy Resources (3-0-0)

MEL3324 Energy Conservation and Management (3-0-0)

MEL3326 Mechanical Measurements and Metrology (3-0-0)

MEL3328 Industrial Safety and Environment (3-0-0)

MEL3330 Operations Management (3-0-0)

MEL3332 Non Traditional Machining Processes (3-0-0)

MEL3334 Machine Tool Design (3-0-0)

MEL3336 Industrial Tribology (3-0-0)

Year IV

In the final year of BE (Mechanical Engineering) Program, the student has the option of pursuing co-op track or semester track. In the co-op track, the student takes-up a year-long co-op project at a designated industry, while in the semester track the student takes regular courses at campus, and in the other semester takes up internship at a designated industry.

(a)For students doing semester track:

7th/ 8th Semesters
Course Code Title of the Course Hours (L+T+P) Credit
AML4401 Optimization Techniques 3+1+0=4 3.5
MEL3401 Industrial Automation and Robotics 3+0+0=3 3
MEL4403 Mechanical Vibrations 3+1+0=4 3.5
MEL4401 Total Quality Management 3+1+0=4 3.5
Open Elective* 3+0+0=3 3
AMP1401 Optimization Techniques – Lab 0+0+2=2 1
MEP1401 Industrial Automation and Robotics – Lab 0+0+2=2 1
MEP1403 Mechanical Vibrations – Lab 0+0+2=2 1
MES4405 Lab Oriented Project 0+0+8=8 4
Total 31 23.5
Suggested List of Open Electives
Group Technology and Flexible Manufacturing Systems.
Introduction to Business Systems.
Principles of Engineering Economics and Management Techniques.
Human Resource Management.
Management Information System.
MEL3413 Entrepreneurship
Course Code Title of the Course Hours (L+T+P) Credit
MET9401 Industry Oriented Hand on Experience 20
Total 20
Notes:
  • For students pursuing semester track, total credits for the fourth year of the course: 23.5 + 20 = 43.5
  • Cumulative credits at the end of the fourth year of the course: 56.5 + 61.5 + 62.5 + 43.5 = 224

(b)For students doing co-op track:

7th / 8th Semesters
Course Code Course Name Hours (L+T+P) Credit
MET9410 Co-op project at Industry 40
Total 40
Notes:
  • For students pursuing co-op track, total credits for the fourth year of the course: 40
  • Cumulative credits at the end of the total credits for the fourth year of the course: 56.5 + 61.5 + 62.5 + 40 = 220.5
Course Details

AML4401 Optimization Techniques, (4-0-0)

MEL3401 Industrial Automation and Robotics (3-0-0)

MEL4403 Mechanical Vibrations (3-1-0)

MEL4401 Total Quality Management (3-1-0)

AMP1401 Optimization Techniques Lab (0-0-2)

MEP1401 Industrial Automation and Robotics Lab (0-0-2)

MEP1403 Mechanical Vibrations Lab (0-0-2)

Group Technology and Flexible Manufacturing Systems (3-0-0)

Introduction to Business Systems (3-0-0)

Principles of Engineering Economics & Management Techniques (3-0-0)

BSL4301 Human Resource Management

Management Information System (3-0-0)

MEL3413 Entrepreneurship (3-0-0)