IIT Roorkee Launches Industry-Focused EV Technology Programme for Engineers and Professionals

India’s push towards electric mobility has received a major boost as the Indian Institute of Technology Roorkee has launched a new industry-focused Electric Vehicle (EV) Technology programme for engineers, diploma holders, and working professionals. The programme aims to equip learners with practical skills and technical knowledge required in the rapidly expanding electric vehicle sector.

The course has been introduced through the Electronics and ICT Academy (E&ICT Academy) of IIT Roorkee in collaboration with SkyySkill Academy. The programme is designed to bridge the gap between academic learning and industry requirements by offering hands-on training, practical exposure, and job-oriented technical education.

With India witnessing strong growth in electric mobility, experts believe the programme could help create a skilled workforce capable of supporting the country’s clean transportation goals.

IIT Roorkee EV Technology Programme Launched for Industry Readiness

The newly launched EV Technology programme focuses on preparing students and professionals for real-world roles in the electric mobility industry. The course has been specially designed to meet the growing demand for trained professionals in electric vehicle manufacturing, battery technology, charging infrastructure, and automotive electronics.

Officials associated with the programme stated that the curriculum combines theoretical concepts with practical applications to ensure participants gain industry-ready skills. The programme is expected to benefit engineering graduates, diploma holders, and working professionals seeking career opportunities in the EV sector.

The collaboration between IIT Roorkee and SkyySkill Academy is aimed at expanding access to advanced technical education while ensuring strong industry alignment.

Why the EV Sector Needs Skilled Professionals?

India’s electric vehicle industry is growing at a rapid pace due to increasing environmental awareness, government incentives, rising fuel prices, and advancements in battery technology. Electric two-wheelers, cars, buses, and commercial fleets are becoming increasingly common across the country.

However, one of the biggest challenges faced by the industry is the shortage of trained technical professionals. EV manufacturing and maintenance require specialised knowledge that is often not fully covered in traditional engineering courses.

Industry experts say there is growing demand for professionals with expertise in:

• Battery management systems
• Electric motors
• Power electronics
• EV charging systems
• Embedded systems
• Thermal management
• Vehicle diagnostics
• Energy optimisation

The IIT Roorkee EV programme aims to address this skill gap by offering focused training in these important areas.

Key Features of IIT Roorkee’s EV Technology Programme

The programme includes multiple industry-relevant modules designed to help learners understand the complete electric vehicle ecosystem. Participants will receive training in both core concepts and practical implementation.

Some of the major areas covered in the programme include:

Electric Vehicle Architecture

Students will learn about the overall design and functioning of electric vehicles, including drivetrain systems, energy flow, and vehicle integration.

Battery Technology and Battery Management Systems

Battery technology is one of the most important components of EVs. The programme will focus on battery chemistry, battery performance, charging cycles, safety standards, and battery management systems.

Electric Motors and Power Electronics

Participants will gain knowledge of electric motors, controllers, inverters, and power electronics used in electric mobility systems.

EV Charging Infrastructure

The programme will also cover charging technologies, charging stations, fast-charging systems, and the future of EV charging networks in India.

Vehicle Diagnostics and Safety Systems

Learners will study EV diagnostics, troubleshooting techniques, and safety mechanisms used in electric vehicles.

Energy Management and Optimisation

The course aims to help participants understand how energy efficiency and performance optimisation are achieved in modern electric vehicles.

Practical Learning and Hands-On Training

One of the biggest highlights of the IIT Roorkee EV programme is its focus on practical learning. Unlike traditional classroom-based education, the programme includes hands-on activities and real-world applications.

Participants will attend live online sessions, complete technical assignments, and work on practical projects related to electric vehicle systems. Experts say such experiential learning can help learners better understand industry challenges and improve problem-solving abilities.

The programme will also include a capstone project where participants will apply their technical knowledge to solve practical EV-related problems. Such projects can strengthen portfolios and improve employment prospects.

Programme Designed for Engineers and Working Professionals

The IIT Roorkee EV Technology programme is open to a wide range of learners. It is expected to attract:

• Engineering students
• Engineering graduates
• Diploma holders
• Automotive professionals
• Manufacturing industry employees
• Professionals seeking career transitions into EV technology

The online and hybrid learning format will allow participants from different parts of India to join the programme without relocating.

Working professionals often find it difficult to pursue full-time education while managing jobs. Flexible certification programmes like this are becoming increasingly popular because they allow professionals to upgrade their skills while continuing their careers.

Growing Career Opportunities in the EV Industry

India’s EV industry is expected to create thousands of new jobs in the coming years. Several domestic and international companies are investing heavily in electric mobility technologies, battery production, charging infrastructure, and sustainable transportation systems.

Career opportunities are emerging in areas such as:

• EV manufacturing
• Battery production
• Automotive software
• Charging infrastructure development
• Research and development
• Vehicle testing and diagnostics
• Energy storage systems
• Embedded systems engineering

Experts believe professionals with specialised EV training will have a strong advantage in the job market.

The demand for skilled engineers is likely to increase further as India expands electric public transport systems and commercial EV fleets.

IIT Roorkee’s Role in Advanced Technical Education

IIT Roorkee is one of India’s leading engineering institutions and has been actively involved in research and innovation related to sustainability, energy systems, and advanced technologies.

The Electronics and ICT Academy at IIT Roorkee was established to promote industry-focused technical education and skill development. The academy has already been conducting several certification programmes in emerging fields such as artificial intelligence, cybersecurity, machine learning, and data science.

The launch of the EV Technology programme reflects the institute’s focus on preparing learners for future technologies and evolving industrial requirements.

Experts say academic institutions must continuously update their courses to match changing industry needs. Specialised certification programmes can help bridge the gap between university education and practical industry demands.

India’s Push Towards Electric Mobility

The Indian government has been strongly promoting electric mobility as part of its clean energy and sustainability goals. Various policies and incentives have been introduced to encourage EV adoption and domestic manufacturing.

Initiatives such as the Faster Adoption and Manufacturing of Electric Vehicles (FAME) scheme have helped increase awareness and adoption of electric vehicles across India.

Several state governments have also introduced EV policies aimed at expanding charging infrastructure and supporting manufacturers.

As the electric mobility ecosystem expands, the need for technically skilled professionals is becoming increasingly important. Educational programmes focused on EV technology are therefore expected to play a major role in supporting India’s transition towards cleaner transportation.

Importance of Industry-Oriented Certification Courses

Industry-oriented certification programmes are becoming increasingly valuable because technology is evolving rapidly across sectors. Traditional academic courses often take time to adapt to emerging technologies such as electric mobility, artificial intelligence, and renewable energy systems.

Short-term specialised programmes can help learners stay updated with industry developments and acquire practical skills relevant to current market requirements.

Employers also prefer candidates who possess hands-on technical knowledge along with academic qualifications. Certifications from reputed institutions like IIT Roorkee can improve employability and career growth opportunities.

Experts say the combination of academic expertise, practical training, and industry exposure makes such programmes highly beneficial for students and professionals alike.

EV Technology Expected to Shape Future Mobility

Electric vehicles are expected to play a major role in the future of transportation worldwide. Apart from reducing dependence on fossil fuels, EVs can also help lower pollution levels and support environmental sustainability.

The EV ecosystem is expanding beyond automobiles into areas such as:

• Smart charging systems
• Battery recycling
• Renewable energy integration
• Battery swapping networks
• Artificial intelligence in mobility
• Internet of Things (IoT)-based vehicle systems

This is creating multidisciplinary career opportunities for engineers and technology professionals.

Industry experts believe India could emerge as one of the world’s major EV markets in the coming years. Skill development initiatives and specialised training programmes will therefore become increasingly important for building a future-ready workforce.