Online M.Tech in Smart Grid

The transformation of conventional power systems into smart grids is driven by advancements in ICT synchrophasor technology, renewable energy (RE) integration, and power electronic converters, Modern smart grids enable real- time monitoring. control. automation. and efficient energy management, while also introducing cybersecurity and protection challenges. There is a growing need for professionals with interdisciplinary expertise in power engineering IT and communication technologies. This online M. Tech program provides comprehensive training in Smart Grid Technology, including converters, smart grid protection, automation, and renewable- integrated system dynamics. The curriculum also covers HVDC, FACTS, optimal operation, and electricity markets. The program aims to prepare skilled professionals for the secure, reliable, and efficient operation of next- generation power systems.

Applications extended till July 1st!

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Curriculum Template

Programme Curriculum
Total Credits
144
9 credits/course
Core Courses
4
36 credits
Elective Courses
4
36 credits
Project/Thesis
1
72 credits

Courses Offered

EE970E
Core Credits: 9
Simulation of modern power systems
Prerequisites: Basics of Power Engineering. single phase and three phase systems, basics of synchronous generators, transformers, transmission line parameters and models
EE971E
Core Credits: 9
Power Electronics Applications in Smart Grid
Prerequisites: Fundamentals of Electrical Engineering and Power systems
EE972E
Elective Credits: 9
Control applications in power systems
Prerequisites: Basic course in power systems, Any course on classical control theory
EE973E
Elective Credits: 9
Synchrophasor applications in the smart grid
Prerequisites: None
EE974E
Core Credits: 9
Smart Grid Technology Fundamentals
Prerequisites: None
EE975E
Elective Credits: 9
HVDC & FACTS
Prerequisites: Fundamentals of Electrical Engineering and Power Electronics
EE976E
Elective Credits: 9
Smart Distribution Systems and Microgrids
Prerequisites: Fundamentals of Electrical Engineering and Power systems
EE977E
Elective Credits: 9
Dynamics and stability of smart grid integrated with renewables
Prerequisites: None
EE978E
Core Credits: 9
Optimal operation and control of smart grids
Prerequisites: Simulation of Modem Power Systems
EE979E
Elective Credits: 9
Smart Grid Automation
Prerequisites: None
EE980E
Elective Credits: 9
Smart Grid Protection
Prerequisites: Simulation of Modern Power Systems
EE981E
Elective Credits: 9
Electricity Markets
Prerequisites: Simulation of Modem Power Systems

Eligibility Criteria

  • Minimum CPI 5.5 or 55% marks in the qualifying degree

  • IIT Kanpur’s online proctored entrance test [syllabus]

  • Bachelor's in Electrical & Electronics Engineering,Bachelor's in Electrical Engineering
  • Should have completed at least one course in power engineering in Bachelor's degree or relevant indust rial experience in power engineering
  • Selection through interview

 

Degree Certificate Format

Program Fee

Degree Certificate Format

Instructors

Dr. Swathi Battula
Research Interest:

Electricity Markets, Design of Transactive Electrical Energy Systems,Energy Policy and Management,  Integrated Transmission and
Distribution Systems

Dr. Abheejeet Mohapatra
Research Interest:

Power system security, Uncertainty modelling, Stochastic analysis and optimization, Robust and efficient system operation and planning, Renewable integration in power systems, Deregulation.

Dr. Piyush Kant
Research Interest:

Renewable penetration challenges to the grid, Machine learning applications to power systems, Power Converters for EV and its interfacing challenges, Power Electronics Applications to Power Systems, Microgrid Control (Black out, Islanded Operation, EMS)

Dr. Soumya Ranjan Sahoo
Research Interest:

Nonlinear systems, Control of unmanned autonomous vehicles, Coordinated control, Application of coordinated control to unmanned vehicles, power systems, Discontinuous systems

Dr. Gururaj M V
Research Interest:

Renewable penetration challenges to the grid, Machine learning applications to power systems, Power Converters for EV and its interfacing challenges, Power Electronics Applications to Power Systems, Microgrid Control (Black out, Islanded Operation, EMS)

Dr. Abhilash Patel
Research Interest:

Nonlinear systems, Control of unmanned autonomous vehicles, Coordinated control, Application of coordinated control to unmanned vehicles, power systems, Discontinuous systems

Dr. Saikat Chakrabarti
Research Interest:

State estimation of transmission and distribution systems, Stability and control of power systems with penetration of renewable energy, Operation and control of microgrids the Modelling of generators and loads, planning and operation of distribution systems

Dr. Ankush Sharma
Research Interest:

Smart Grid Technology, State Estimation, IT Application to Power Systems, Smart City, Multi-Agent Systems, Wide Area Monitoring & Control of Power System, Demand Response Management, Internet of Things

Dr. Ebin Cherian Mathew
Research Interest:

Fault tolerant converters for DC grid
applications, Power electronics
dominated grid, Modeling of RE plants
and RE integration studies, Direct
integration of RE sources with MVDC
grid

Program FAQ

General Questions

Anyone with a relevant bachelor's degree and minimum 55% marks or 5.5 CPI can apply. Specializations vary across departments but are designed to be interdisciplinary and industry-relevant, with electives across domains.

You can complete the program in 2 to 4 years, at a self-paced schedule.

The total fee is approximately ₹9.33 lakhs, including course, exam, and trimester fees.

Yes. You can pursue either a research (thesis) track or an industry-oriented (project) track.Depending on the department.


 

Questions for Career and Alumni

Yes. Graduates of these programs become part of the prestigious IIT Kanpur alumni network — a global community of innovators and leaders.

They offer industry-relevant curriculum, flexible learning, and credentials from one of India’s top institutes — helping boost both technical expertise and career growth.