Specializations Offered by ME

Specializations

• Energy Engineering
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Micro-Nano Engineering
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Design Engineering
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Smart Manufacturing
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Engineering Innovation

• Thermofluids Engineering (TFE)
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Infrastructure Engineering with Specialization in Energy
  • Core Courses
  • Elective Courses
  • Semester Wise Plan
• Advanced Manufacturing and Design
  • Core Courses
  • Elective Courses
  • Semester Wise Plan

• Eligible Branches
  • Eligible Branches

Energy Engineering

Core Courses

Total 8 credits need to be taken for core courses

• Non-Conventional Sources of Energy and Emerging Technologies (ME) [3-0-0, Credit:3, Level: 700]
• Solar Energy and Applications (ME) [3-0-2, Credit:4, Level: 700]
• Energy Economics and Policy [1-0-0, Level: 700].

Total 12 credits need to be taken for elective courses

• Green Building and Sustainable Materials (CI) [3-0-0; Credit 3, Level 700]
• Wind turbine and field design (Civil)[3-0-0, Credit:3, Level: 700]
• Optics for Solar Energy Applications (PH) [3-0-0; Credit: 3; Level 600]
• Energy Harvesting (PHY)[3-0-0, Credit:3, Level: 700]
• Biomass Energy Conversion (BIO) [3-0-0, Credit:3, Level: 700]
• Hydropower (ME) [3-0-0, Credit:3, Level: 700]
• Building services and Intelligent building (Civil) [3-0-0, Credit:3, Level: 700]
• Smart Grid (EE) [3-0-2, Credit:4, Level: 700]
• Computational Fluid Dynamics and Heat Transfer [3-1-0, Credit:4, 700 Level]
• Renewable Energy Systems (EE) [3-0-0, Credit:3, Level: 700]
• Automotive Propulsion [3-0-2, Credit:4, Level: 700]
• Combustion Technology [3-0-0, Credit:3, Level: 700]
• Materials for Energy Conversion and Storage (MT)[ 3-0-0, Credit:3, Level: 400]
• Conduction and Radiation [3-0-0, Credit:3, Level: 700]
• Convective Heat and Mass Transfer [3-0-0, Credit:3, Level: 700]
• Porous media flows & applications [3-0-0, Credit:3, Level: 600]
• Project Credit:3

Semester Wise Plan

Micro-Nano Engineering

Core Courses

Total 8 credits need to be taken for core courses

• Micro-Nano Flows [3-0-0, Credit:3, 600 Level]
• MEMS and Microsystems Technology [3-0-2, Credit:4, Level: 700]
• Microfluidics Lab [0-0-2, Credit:1, 600 level]

Elective Courses

Total 12 credits need to be taken for elective courses

• Nanomaterials (MT) [3-0-0, Credit:3, Level: 400]
• Porous media flows & applications [3-0-0, Credit:3, Level: 600]
• Precision and Micro-Manufacturing [3-0-0, Credit:3, Level: 700]
• Nanosensors [3-0-0, Credit:3, Level: 700]
• Microsystems Fabrication Technology (EE) [3-0-0, Credit:3, Level: 700]
• Micro-Forming Techniques [3-0-0, Credit:3, Level: 700]
• Micro-Nano Mechanics [2-0-0, Credit:2, Level: 600]
• Computational Fluid Dynamics and Heat Transfer [3-1-0, Credit:4, 700 Level]
• Computational Materials Science (PH)[3-0-0, Credit:3, Level: 700]
• Project (3 Credits)

Semester Wise Plan

Design Engineering

Core Courses

Total 8 credits need to be taken for core courses

• MEL7XX0: Advanced Mechanics of Solid [3-0-0]
• MEL7XX0: Finite Element Methods and its Application [3-0-0]
• MEL7XX1: Optimization [1-0-0]
• MEP7XX0: Design Lab [0-0-2]

Elective Courses

Total 12 credits need to be taken for elective courses

• Mechanical Vibrations [3-0-0, Credit:3, 700 Level]
• Introduction to Acoustics [3-0-0, Credit:3, 600 level]
• Geometric Modeling & CAD [2-0-2, Credit:3, 700 Level]
• Robotics [3-0-2, Credit:4, 700 Level]
• Principles and Techniques of Vibration Control [3-0-0, Credit:3, 600 level]
• Techniques of Noise Control[3-0-0, Credit:3, 600 level]
• Mechanics of Soft Materials[3-0-0, Credit:3, 600 level]
• Product Design & Feasibility[3-0-0, Credit:3, 600 level]
• Nonlinear Oscillations and Chaos [3-0-0, Credit:3, 600 Level]
• Experimental Modal Analysis [3-0-2, Credit:4, 600 Level]
• Vehicle Dynamics [3-0-0, Credit:3, 600 Level]
• Theory of vibrations [3-0-0, Credit:3, 700 Level]
• Rotor Dynamics [3-0-0, Credit:3, 700 Level]
• Helicopter Dynamics [3-0-0, Credit:3, 700 Level]
• Project Credit:3

Semester Wise Plan

Smart Manufacturing

Core Courses

Total 8 credits need to be taken for core courses

• MEL7XX0: Materials and Manufacturing Processes [2-0-2]
• EE: Introduction to Sensors (Fractal Course) [1-0-0]
• MEL7XX0: Robotics [3-0-2]

Elective Courses

Total 12 credits need to be taken for elective courses

• Geometric Modeling & CAD [2-0-2, Credit:3, 700 Level]
• Product Design & Feasibility [3-0-0, Credit:3, 600 level]
• Computer Aided Manufacturing [3-0-0]
• Mechanical Metallurgy
• Theory of Arc Welding
• Welding Metallurgy
• Machine Learning I
• Artificial Intelligence I
• Introduction to CPS
• Precision and MicroManufacturing
• Applied Ergonomics
• Mechatronic Systems Design
• Additive Manufacturing
• Design for X
• Computer Aided Inspection and Quality Control
• Welding: Metallurgy, Defects and Testing
• Non-Conventional Welding Processes
• Welding inspection and Quality Control
• Microfluidics Technology
• Project Credit:3

Semester Wise Plan

Engineering Innovation

Department Area Specialization in Engineering Innovation is aimed at making students Industry Ready by offering five months Practical Project in an Industry or R & D organization. It focuses on the use of technical knowledge to create products and processes which have usability value. The objective of this specialisation is to recognise such creative engineering endeavours. This activity is not expected to aim only publication of papers. It must happen in collaboration with an IIT J faculty member and is expected to have an industrial or User agency as a partner with MoU. Each project carried out by students will have both a company supervisor and an institute supervisor. Students get real-world experience working for an industry or R & D organization on a project that complements their academic experience. Projects are aimed to enable them for meaningful careers and provide them with an opportunity to engage with industry before graduation.

Engineering Innovation will be a full semester 20 credit engagement. 10 Credits out of 20 will be taken up as a part of Open electives, whereas the student is required to opt for an additional 10 credits in the form of course overload in other semesters. A student would be required to complete a minimum of five months in industries or R & D organization or Institute for Department Area Specialization in Engineering Innovation. Students can opt for it in either the 7th or 8th Semester.

Note: Keeping this in view, Environmental science will be offered in both semesters.

Thermofluids Engineering (TFE)

B.Tech. + M.Tech. Dual Degree in Thermofluids Engineering. Students who opt for the Specialization in Energy Engineering can opt for dual degree in TFE.

Core Courses

• MEL7060: Applied Heat and Mass Transfer [3-0-0]
• MEL7051: Multiphase Systems and Chemical Reactions [1-0-0]
• MEL7052:Kinetic Theory [1-0-0]
• MEL7070: Experimental Techniques in Thermofluids [3-0-0]
• MEL7040: Incompressible Fluid Flow [3-0-0]
• MEL7XX0: Matrix Computations [1-0-0]
• MEL7XX0: Numerical Methods for ODE [1-0-0]
• MEL7XX0: Numerical methods for PDE [1-0-0]
• MEP7010: Fluid Engineering Lab [0-0-2]
• MEP7020: Thermal Engineering Lab [0-0-2]

Semester Wise Plan

Minimum graded credit requirements for M.Tech. may vary from 54, whereas 2 Non-graded requirements.

Courses of Specialization done in Semester VI and Semester VII if not part of M.Tech. Programme will be counted towards M.Tech. PE.

Infrastructure Engineering with Specialization in Energy

B.Tech. + M.Tech. Dual Degree in Infrastructure Engineering with Specialization in Energy. Students who opt for the Specialization in Energy Engineering can opt for this dual degree.

Core Courses

• Introduction to Sustainable Infrastructure Engineering (CI) [3-0-0; Credit 3: level 700]

List of Specialization Streams and M.Tech. Electives will be as per M.Tech. curriculum

Semester Wise Plan

Advanced Manufacturing and Design

B.Tech. + M.Tech. Dual Degree in Advanced Manufacturing and Design. Students who opt for the Specialization in Design Engineering or Smart Manufacturing can opt for this dual degree. This dual degree option is available for only the ME students.

Core Courses

• MEL7XX0: Materials and Manufacturing Processes [2-0-2] (Done as a part of Specialization)
• EE: Introduction to Sensors (Fractal Course) [1-0-0] (Done as a part of Specialization)
• MEL7XX0: Robotics [3-0-2]
• MEL7XX0: Geometric Modeling & CAD [2-0-2]
• MEL7XX1: Optimization [1-0-0]
• MEL7XX0: Advanced Mechanics of Solid [3-0-0]

The following M.Tech. Core Courses will be counted as preparatory courses.

• MEP7XX0: Smart Manufacturing
• MEL7XX0: Industry 4.0 Applications in Manufacturing Systems
• CS: Introduction to Machine Learning (Fractal course)

List of Specialization Streams and M.Tech. Electives will be as per M.Tech. curriculum

Semester Wise Plan

Courses of Specialization done in Semester VI and Semester VII if not part of M.Tech. Programme will be counted towards M.Tech. PE

Eligible Branches