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Bachelor Degree: B.E. Mechanical Engineering

Bachelor Degree: B.E. Mechanical Engineering

For B.E. First degree program, a student must fulfill the following requirements:

-Discipline Core Courses - 48 units (16 Courses min.)
-Discipline Electives - 12 units (4 Courses)
-Open Electives - 15 units (5 Courses)
-Humanities Electives – 8 units (3 Courses)
-Practice School I - 5 units
-Practice School II/Thesis - 20/16 units

 

Semester I Semester II
  • BITS F110 Engineering Graphics          
  • MATH F112 Mathematics II
  • BIO F110 Biology Laboratory
  • ME F112 Workshop Practice
  • BIO F111 General Biology
  • CS F111 Computer Programming
  • CHEM F110 Chemistry Laboratory
  • EEE F111 Electrical Sciences
  • CHEM F111 General Chemistry
  • BITS F112 Technical Report Writing
  • MATH F111 Mathematics I
  • MATH F113 Probability and Statistics
  • PHY F110 Physics Laboratory
  • BITS F111 Thermodynamics
  • PHY F111 Mechanics, Oscillations and Waves
 
   
Semester III Semester IV
  • MATH F211 Mathematics III
  • ECON F211 Principles of Economics or MGTS F211 Principles of Management
  • Humanities Electives
  • Humanities Electives
  • ME F211 Mechanics of Solids
  • ME F218 Advanced Mechanics of Solids
  • ME F212 Fluid Mechanics
  • ME F219 Manufacturing Processes
  • ME F213 Material Science & Engineering
  • ME F220 Heat Transfer
  • ME F217 Applied Thermodynamics
  • ME F221 Mechanisms and Machines
  • BITS F225 Environmental Studies
 
   
Semester V Semester VI
  • Open/Humanities Electives
  • Open/Humanities Electives
  • ME F314 Design of Machine Elements
  • ME F318 Computer Aided Design
  • ME F315 Advanced Manufacturing Processes
  • ME F319 Vibrations & Control
  • ME F316 Manufacturing Management
  • ME F320 Engineering Optimization
  • ME F317 Engines, Motors, and Mobility
  • ME F341 Prime Movers & Fluid Machines
  • Discipline Electives
  • Discipline Electives
   
Semester VII Semester VIII
  • Open Electives
Practice School-II    or
  • Discipline Electives
Thesis or Thesis with Electives

Disciplinary Electives

  • AN F311 Principles of Aerodynamics
  • AN F312 Aircraft Propulsion
  • AN F313 Flight Mechanics and Controls
  • AN F314 Introduction to Flight
  • AN F315 Aircraft Structures
  • BITS F327 Artificial Intelligence for Robotics
  • BITS F415 Introduction to MEMS
  • DE G513 Tribology
  • DE G514 Fracture Mechanics
  • DE G531 Product Design
  • ECE F242 Control Systems
  • ECON F411 Project Appraisal
  • INSTR F242 Control Systems (INSTR)
  • MATH F313 Numerical Analysis
  • ME F340 Introduction to Sports Engineering
  • ME F411 Fluid Power Systems
  • ME F413 Nonlinear Vibrations
  • ME F414 Fuel Cell Science and Technology
  • ME F415 Gas Dynamics
  • ME F416 Reverse Engineering and Rapid Prototyping
  • ME F417 Advanced Metal Forming
  • ME F418 Rocket and Spacecraft Propulsion
  • ME F419 Total Product Integration Engg.
  • ME F420 Power Plant Engineering
  • ME F423 Microfluidics and Applications
  • ME F424 Energy Management
  • ME F425 Additive Manufacturing
  • ME F426 Industry 4.0 in Manufacturing
  • ME F432 Computer Aided manufacturing
  • ME F433 Solar Thermal Process Engineering
  • ME F441 Automotive Vehicles
  • ME F443 Quality Control, Assurance and Reliability
  • ME F451 Mechanical Equipment Design
  • ME F452 Composite Materials & Design
  • ME F461 Refrigeration and Air conditioning
  • ME F472 Precision Engineering
  • ME F482 Combustion
  • ME F483 Wind Energy
  • ME F484 Automotive Technology
  • ME F485 Numerical Techniques for Fluid Flow and Heat Transfer
  • ME G511 Mechanism and Robotics
  • ME G512 Finite Element Methods
  • ME G514 Turbomachinery
  • ME G515 Computational Fluid Dynamics
  • ME G533 Conduction and Radiation Heat Transfer
  • ME G534 Convective Heat and Mass Transfer
  • MF F311 Mechatronics and Automation
  • MF F418 Lean Manufacturing
  • MF F421 Supply chain management
  • MF F485 Sustainable Manufacturing
  • MST G522 Advanced Composites