M.Tech ME with specialization in Electric Mobility

About

The MTech in Mechanical Engineering with a Specialisation in Electric Mobility at The NorthCap University, Gurugram, is a two-year postgraduate programme designed to provide in-depth knowledge and hands-on experience in electric vehicle (EV) technology and mobility systems. The curriculum covers EV design, manufacturing, testing, maintenance, and management, along with key areas such as power electronics, electric motor drives, battery technology, charging infrastructure, and energy management systems. The programme integrates practical training, internships, and research projects, ensuring that students gain a well-rounded education and industry exposure to meet the growing demands of the electric mobility sector.

This programme also offers a one-year PG Diploma exit option, enabling students to specialise in EV powertrains, battery systems, and charging infrastructure for early career entry. Graduates can pursue roles as technicians, engineers, or managers in industries such as automotive, aerospace, power, and renewable energy. 

With a strong foundation in mechanical and electrical engineering principles, the programme is ideal for students aiming to enter the rapidly expanding EV sector. The comprehensive curriculum, practical exposure, and industry relevance ensure that graduates are well-equipped for careers in electric mobility, research, and sustainable transportation solutions.

Highlights

• Industry-Oriented Curriculum – Covers EV powertrain design, battery management systems, charging infrastructure, and smart mobility solutions.
• Hands-on Practical Training – Experience in EV simulation, energy storage optimisation, and vehicle-to-grid integration.
• Cutting-Edge Laboratories – Equipped for automotive electronics, energy management, and smart mobility research.
• Industry Collaboration & Internships – Partnerships with leading EV manufacturers and energy companies provide real-world exposure.
• PG Diploma Exit Option (1 Year) – Allows students to specialise and enter the workforce early with a diploma in electric mobility.
• Advanced Research & Development – Focus on battery innovations, AI-driven EV optimisation, autonomous driving, and sustainable mobility.
• Diverse Career Prospects – Graduates can pursue roles as EV engineers, battery specialists, powertrain designers, and mobility analysts in automotive, aerospace, power, and renewable energy sectors.
• Strong Placement Support – Ensures high employability in top EV and energy companies, preparing graduates for leadership roles in the evolving electric vehicle industry.

Curriculum – Detailed Programme Structure

The curriculum is structured into core subjects, electives, practical exposure, and industry engagement, ensuring a balance between fundamental concepts and applied learning.

Core Subjects:

• Advanced Vehicle Powertrain– Design and optimisation of electric vehicle propulsion systems. 
• Battery Management Systems (BMS) – Monitoring and control of EV battery performance. 
• Smart Mobility & Data Analytics – Data-driven solutions for efficient and intelligent transportation. 
• Charging Infrastructure – Development and integration of EV charging networks.

Electives include the following and more:

• Advanced Automotive Electronics – Electronic systems for vehicle control and automation.
• Vehicle Dynamics – Analysis of motion, stability, and performance in vehicles.
• Reliability Engineering – Ensuring durability and fault tolerance in automotive systems.

Practical Exposure:

• Hands-on training in EV simulation, energy storage, optimisation, and vehicle-to-grid integration.

Programme Stages:

• Year 1: Covers fundamentals of electric mobility, vehicle integration, and battery technologies, with an option to exit with a PG Diploma.
• Year 2: Specialises in advanced EV research, powertrain modeling, and dissertation work guided by industry experts.

Programme Outcomes (POs)

• Develop expertise in electric powertrain design and battery management systems, ensuring proficiency in modern EV technology.
• Gain hands-on experience in EV simulation and energy storage optimisation, enabling them to contribute effectively to research and industry projects.
• Understand smart mobility solutions and AI-driven vehicle optimisation, aligning with future trends in autonomous and connected vehicles.
• Acquire practical knowledge of vehicle-to-grid integration and sustainable energy solutions, supporting the transition to greener mobility.
• Enhance problem-solving and analytical skills in automotive electronics, reliability engineering, and vehicle dynamics.

Be industry-ready with internship and research opportunities, leading to roles in EV engineering, powertrain development, and mobility analytics.

Career Opportunities After Course Completion

Graduates can pursue high-demand roles in the EV and sustainable energy sectors, such as:

• EV Powertrain Engineer
• Energy Systems Engineer
• CAD/CAE Specialist
• Research Scientist
• Industrial Consultant
• Startup Founder
• Battery Specialists
• Mobility Analysts

Opportunities exist in automotive, aerospace, renewable energy, and power sectors, enabling graduates to contribute to the future of sustainable transportation and clean energy.

Why Choose NCU for MTech-ME in Electric Vehicles?

1. Industry-Integrated Curriculum – The programme is designed in collaboration with leading automotive companies, ensuring alignment with the latest EV trends, powertrain advancements, and smart mobility solutions.
2. The course also includes practical training, internships, and research projects, providing students with a well-rounded education and real-world experience.
3. Cutting-Edge Research Opportunities – Engage in AI-driven EV optimisation, energy storage innovation, and sustainable vehicle development, contributing to groundbreaking research in electric mobility.
4. Flexible Exit Option with PG Diploma – Students have the option to exit after one year with a PG Diploma in Electric Mobility, providing flexibility and faster career entry.
5. Experienced Faculty & Industry Mentorship – Learn from renowned faculty members and industry professionals who bring real-world expertise in EV powertrains, battery technology, and autonomous vehicle systems.

This MTech-ME in Electric Mobility at NCU is a future-ready programme designed to equip students with technical expertise and industry exposure in electric mobility, sustainable transportation, and smart energy solutions. Graduates will be well-positioned to lead advancements in electric vehicle technology and innovation.