Renewable Energy and e-Mobility

Department of Management Sciences, IIT Kanpur

About the Programme

IIT Kanpur’s e-Masters in Renewable Energy & e-Mobility Department of Sustainable Energy Engineering. empowers professionals to lead the shift toward sustainable and clean energy solutions. Designed for working individuals, the program offers a strong foundation in renewable energy systems, electric mobility technologies, and real-world implementation strategies. Blending academic rigor with practical insights, the curriculum features interactive sessions, hands-on projects, and mentorship from accomplished faculty with deep industry and research expertise. Participants gain critical skills to tackle challenges in energy transition, green innovation, and sustainable infrastructure. Ideal for those committed to shaping a greener future, this program prepares graduates to become leaders in sustainability and innovation across industries.

Enrolled Student

Graduate Student

Student Satisfaction

Modules

Curriculum Template

Credit System	Complete 12 modules	5 credits in each module	Total 60 credits
Program Duration	1 to 3 Years	12 weeks in each quarter	Maximum 3 modules in each quarter
Examination System	Min 2 quizes	Multiple Projects	Final Exam

Module dependency Chart Program Structure

Faculty & Instructors

Dr. Rajeev Jindal

Research Interest: Climate Change and Sustainability.

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Dr. Ankush Sharma

Research Interest: Power Systems, Smart Grid Technology, State Estimation, IT Application into Power Systems, Smart City and Multi-Agent Systems.

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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) and Stability.

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Dr. Mousami Prasad

Research Interest: Energy and Climate Change Economics, Energy Transition, Energy Policy and Industrial decarbonisation (Green Steel; Green Hydrogen).

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Dr. Amarendra Edpuganti

Research Interest: Power electronics applications - Electrical vehicles, Fuel Cell Applications and Renewable Energy Integration.

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Dr. Ashish Garg

Research Interest: Materials and Devices for Energy Harvesting - Multifunctional Oxides, Ferroics and Multiferroics, Energy Conversion - Solar Photovoltaics, Perovskite, Organic and Tandem Solar Cells, Energy Storage - Batteries, Fuel Cells and Net-Zero Energy & Sustainability.

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Dr. Ashoke De

Research Interest:Multiphase Modeling, Hybrid RANS/LES Model Development, Supersonic Flows & Fluid-Structure Interactions (FSI).

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Dr. Deepika Swami

Research Interest: Climate Variability, Impact & Risk Assessment, Vulnerability, Adaptation, Energy Modeling, Energy Economics and Energy Policy.

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Dr. Laltu Chandra

Research Interest: Bubble Dynamics - Computational & Experimental Fluid Flow & Heat Transfer, Nuclear Reactor Core Thermal Hydraulics, Solar Thermal Engineering and Turbulence Modelling.

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Dr. Lalit Pant

Research Interest: Numerical Modeling, Electrochemistry, X-ray Tomography, Image Analysis, Fluid Mechanics and Thermal Science and Renewable Energy.

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Dr. Raja Angamuthu

Research Interest: Inorganic synthesis and bioinspired catalysis, Organometallic chemistry of metalloenzymes with special focus on the enzymes related to the environmental issues such as hydrogenase, carbon monoxide dehydrogenase, Biomimetics of methylene diurease, glyoxlase and acireductone dioxygenase,Hydrogen production and activation of sulfur dioxide and carbon dioxide through chemical and electrochemical methods such as electrocatalysis.

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Dr. Raju Kumar Gupta

Research Interest: Photocatalysis, Green Synthesis of Nanomaterials, Surface Chemistry, High Dielectric Constant Materials, Perovskite Solar Cells, Supercapacitors, Electrospinning of Functional Polymers and Nanocomposites for Environmental & Energy Applications.

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Dr. Shikhar Misra

Research Interest: Ceramic Nanocomposite Designs, Processing & Characterizations for Microelectronics, Optics, & Energy Applications, Machine learning for Materials Database Mining & Structural Refining.

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Dr. Sudarshan Narayanan

Research Interest: Solid State Batteries, Thin Films for Energy Conversion (Transparent Conductors, Low- Emissivity Coatings), Solid State Devices, Advanced Characterization.

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Dr. Tushar Sandhan

Research Interest: Applied Econometrics, Rural Economics, Empirical Finance, Commodity Markets and Consumer Behavior.

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Core

SEE901

Energy Sustainability : An Overview

Prerequisite: None
Syllabus

Core

SEE902

Energy Storage Materials and Devices

Prerequisite: None
Syllabus

Core

SEE903

Solar Photovoltaics

Prerequisite: None
Syllabus

Core

SEE904

Wind and Hydro Energy

Prerequisite: None
Syllabus

Core

SEE905

Hydrogen Energy: Generation, Storage, and Utilization

Prerequisite: None
Syllabus

Core

SEE906

Manufacturing Technologies for Solar Photovoltaics

Prerequisite: None
Syllabus

Core

SEE907

Manufacturing of Batteries and Hydrogen Systems

Prerequisite: SEE902, SEE905
Syllabus

Core

SEE908

Characterization of Materials

Prerequisite: None
Syllabus

Core

SEE909

Energy Systems: Modelling and Analysis

Prerequisite: None
Syllabus

Core

SEE910

Smart Grid

Prerequisite: None
Syllabus

Core

SEE911

Electric Vehicle Technologies

Prerequisite: None
Syllabus

Core

SEE912

Autonomous Driving & Industrial Automation

Prerequisite: None
Syllabus

All You Need to Know

Eligibity Criteria

Fees

FAQ

Admission

Currently Closed