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B.TECH. MECHANICAL ENGINEERING

School of Mechanical and Building Science offers a unique 4-year undergraduate program leading to a B.Tech. degree in Mechanical Engineering. Curriculum of this course is designed to meet current industrial requirements with an emphasis on industrial interaction and applied engineering. The course has been accredited by the IEE (UK). The school has received grants from All India Council of Technical Education (AICTE), Department of Science & Technology (DST), University Grants Commission (UGC) and other agencies to conduct research in the areas of CAM, Robotics, Energy and Metrology.

Objectives

The educational objectives for Mechanical Engineering program are designed to produce competent engineers who are ready to contribute effectively to the advancement of mechanical engineering causes and to accommodate the needs of the community. These objectives are as follows:
  • To give students a broad exposure to all areas of Mechanical Engineering and mold them to be technically competitive and place them ahead in the race for quality employment.

  • To enable the students to acquire practical experience in Mechanical Engineering discipline through design projects and opportunities to work with faculty in research.

  • To train the students and enable them to meet the technological challenges and diverse needs of industry and society in various areas of Mechanical Engineering and equip them to excel in a global industry.

  • To provide students with the fundamental technical knowledge and skills in mathematics, science and engineering to recognize and solve problems in the areas of design, thermal and manufacturing.

  • To provide students with the necessary skills and practical experience to fulfill their professional duties and responsibilities in teamwork, ethics, technical leadership, business acumen and lifelong learning.

  • To make the students be in a position to practice professionally in various positions in industry or government and succeed in graduate or other professional schools.

  • To mould the students to become future engineers, scientists, researchers, and innovators and make substantial contributions to the society of mechanical engineers.

  • To prepare the students to be successful engineers or managers meeting the global industrial requirements.

  • To make the students put constant efforts to improve the living quality of all walks of life by solving wide range of problems.
Curriculum

University Core (17 Credits)
Course Title Credits
English for Engineers – I 3
English for Engineers – II 3
Engineering Chemistry 4
Environmental Studies 2
Multivariable Calculus and Differential Equations 4
Computer Programming and Problem Solving  3
Modern Physics 4
Ethics and Values   3
Comprehensive Examination    2


University Elective
Course Title Credits
University Elective - I 3
University Elective - II 3
Total UE credits 6


Programme Core
Course Title Credits
Probability and Statistics  4
Differential and Difference Equations   4
Complex Variables and  Partial Differential  Equations 4
Numerical Methods 4
Material Science  4
Materials and Instrumental  Techniques  4
Engineering Graphics 2
Engineering Graphics – II 2
Workshop Practice   1
Workshop Practice – II  1
Basic Electrical &  Electronics Engineering 4
Engineering Mechanics   4
Materials Engineering and  Technology   4
Engineering  Thermodynamics  3
Fundamentals of  Manufacturing Processes 4
Fluid Mechanics  4
Computer Aided Machine Drawing   2
Strength of Materials  4
Kinematics of Machinery   3
Thermal Engineering  Systems   4
Machining Processes and  Metrology    3
Dynamics of Machinery  4
Design of Machine  Elements  3
Heat and Mass Transfer  5
Turbomachines   4
Hardware Project  2
Design Project 2
Design of Transmission Systems  4
CAD/CAM  4
Industrial Internship  2
Industrial Engineering and  Management   3
Operations Research  3
Sociology and Psychology 3
Project Work 20


Programme Electives
Course Title Credits
Instrumentation and  Control Engineering  4
Power Plant Engineering   3
Mechatronics  3
Renewable Energy Sources 3
Total Quality Management  and Reliability  3
History of Indian  Independence Movement 1
Acoustics and Noise Control Engineering  3
Nanomaterials /MEMS  3
Design of Composite  Materials 3
Tribology  3
Robotics 3
Product Design   3
Tool Design    3
Finite Element Analysis  3
Product Design For  Manufacturing  3
Mechanical Vibrations  3
Surface Modification  Technologies    3
Non Destructive Evaluation  and Testing  3
Metal Casting Technology 3
Welding Engineering 3
Production Planning and Control  3
Lean Enterprises and New  Manufacturing Technology  3
Metal Forming Theory and  Practice  3
Modeling and Simulation of  Manufacturing Systems  3
Gas Dynamics and Jet  Propulsion     3
Fuels and Combustion  3
Internal Combustion  Engines  3
Fluid Power Systems 3
Computational Fluid  Dynamics  3
Refrigeration and Air  Conditioning    3
Solar Thermal Power  Engineering  3
Cryogenic Engineering   3
Nuclear Power Engineering  3
Automobile Engineering 3
Advanced Machining  Processes  3
Programmable Automation  Controllers  3
New Venture Planning and  Management  3
Facilities and Process  Planning  3
Rapid Manufacturing  Technologies  3
Electronics and  Microcontroller   4
Embedded System Design 3
Digital Signal Processing 3


Breakup of Courses
Course Title Credits
University Core  31
University Elective 6
Programme Core  128
Programme Elective 15
Minimum credits required to quality 180
Credits Offered 180