B.E in Mechanical Engineering:Mechanics of Fracture

Semester I

THEORY
Chemistry I
Engineering Mechanics
Language Elective I
Mathematics I
Physics I

PRACTICAL
Physics Laboratory
Computer Practice I
Workshop Practice
Chemistry Laboratory

Semester II

THEORY
Electrical Engineering
Electronics Engineering
Language Elective II
Mathematics II
Thermodynamics
Physics II
Chemistry II

PRACTICAL
Computer Practice II
Engineering Graphics

Semester III

THEORY
Applied Thermodynamics
Electrical Machines and Drives
Fluid Mechanics and Machinery
Mathematics III
Kinematics of Machines

PRACTICAL
Fluid Mechanics and Machinery Laboratory
Machine Drawing
Manufacturing Technology lab

Semester IV

THEORY
Applied Materials Science
Dynamics of Machines
Numerical Methods
Production Technology
Strength of Materials
Thermal Engineering

PRACTICAL
Computer Graphics and Drafting
Strength of Materials Lab

Semester V

THEORY
Computer Aided Design
Design of Machine Elements
Engineering Metrology
Gas Dynamics and Space Propulsion
Machine Tools
Measurements and Controls

PRACTICAL
Dynamics Lab
Thermal Engineering Laboratory I

Semester VI

THEORY
E1*** Elective I
Computer Aided Manufacturing
Design of Jigs, Fixtures and Press Tools
Design of Transmission System


PRACTICAL
Dynamics Lab
Thermal Engineering Laboratory I
Heat and Mass Transfer
Hydraulics and Pneumatics Controls

PRACTICAL
Thermal Engineering Laboratory II
CAM Laboratory

Elective:

Mechanics of Fracture

Semester VII

THEORY
Mechatronics
Power plant Engineering
Process Planning and Cost Estimation
Principles of Environmental Science and Engineering
Professional Ethics
E2*** Elective II

PRACTICAL
Comprehension
Microprocessor Lab

Semester VIII

THEORY
Automobile Engineering
Engineering Management
Operations Research
Total Quality Management

PRACTICAL
Project Work