Mahindra École Centrale, [MEC] Hyderabad

M.Tech. in Smart Grid and Energy Storage Technologies

The M.Tech. in Smart Grid and Energy Storage Technologies at Mahindra University is a two-year postgraduate programme focused on next-generation power systems, intelligent grid technologies, and advanced energy storage solutions. The programme is designed to prepare engineers to support the transition toward sustainable, reliable, and digitally managed energy systems.

Course Overview

Degree Awarded: Master of Technology (M.Tech)
Duration: 2 Years
Mode: Full-Time
Offered By: Mahindra University (Electrical Engineering / Engineering and Applied Sciences)
Location: Hyderabad, Telangana

Program Objectives

The M.Tech in Smart Grid and Energy Storage Technologies aims to:

• Develop strong foundations in modern power systems and smart grids

• Train students in grid automation, communication, and control

• Equip students with expertise in battery and energy storage technologies

• Enable integration of renewable energy into power grids

• Prepare graduates for industry roles, research, and doctoral studies

Curriculum Highlights

The curriculum combines power systems engineering with digital and storage technologies.

Core Subjects Include:

• Advanced Power System Analysis

• Smart Grid Technologies

• Power Electronics for Grid Applications

• Energy Storage Systems

• Power System Protection and Control

• Power System Economics and Planning

Advanced and Emerging Areas:

• Battery Technologies and Management Systems

• Microgrids and Distributed Energy Resources

• Electric Vehicle Grid Integration

• Grid Communication and Cyber Security

• Power Quality and Reliability

• AI and Data Analytics for Smart Grids

Practical Learning:

• Smart grid and power system laboratories

• Simulation using MATLAB/Simulink, PSCAD, or similar tools

• Industry-oriented mini projects

• Case studies on real-world grid systems

• Major thesis or capstone project

Eligibility Criteria

Candidates must have:

• A bachelor’s degree in Electrical, Electronics, or related Engineering disciplines
  (B.Tech / B.E in Electrical Engineering, EEE, ECE, Instrumentation, or equivalent)

• Minimum 60 percent aggregate marks or equivalent CGPA

• Basic knowledge of power systems and electrical machines is preferred

Admission Process

Admissions are based on merit through entrance examinations and interviews.

Admission Routes:

• With GATE Score: Valid GATE score followed by interview

• Without GATE: Mahindra University entrance test and interview

Selection Process:

• Application screening

• Written test (if applicable)

• Personal interview

• Final admission offer issued by Mahindra University

Fees Structure

• Fees are prescribed by Mahindra University and may vary by academic year

• Hostel and other charges are additional

• Scholarships and financial assistance are available for eligible students

Career Opportunities

Graduates of M.Tech in Smart Grid and Energy Storage Technologies can pursue careers as:

• Smart Grid Engineer

• Energy Storage Systems Engineer

• Power Systems Engineer

• Grid Integration Engineer

• Electric Vehicle Infrastructure Engineer

• Energy Analyst or Consultant

• Research Engineer or PhD Scholar

Placements and Recruiters

Students benefit from Mahindra University’s strong industry and research ecosystem.

Placement Highlights:

• Growing demand in smart grids, renewables, and EV infrastructure

• Exposure to industry-driven projects and research

Potential Recruiters:

• Power utilities and transmission companies

• Renewable energy and storage technology firms

• Electric vehicle and charging infrastructure companies

• Smart grid and power automation firms

• R&D organizations and research institutes

Key Advantages of Studying Smart Grid and Energy Storage Technologies at Mahindra University

• Industry-relevant curriculum aligned with future energy systems

• Strong focus on sustainability and digital power technologies

• Advanced laboratories and simulation tools

• Experienced faculty with research and industry expertise

• Excellent career prospects in energy, EV, and power sectors