Automobile Industry – India’s Growing Hub
- The Indian automotive industry is already the 4th largest globally and is projected to reach $600 billion by 2035.
- It contributes 7.3% to national GDP and employs 37 million people.
- Exports touched $40 billion in FY23.
- With rapid adoption of EVT technology, India is set to become a global leader in sustainable automotive solutions.
What the World Demands (Talent Trends)
- Skills-based hiring has grown 27% globally (LinkedIn Talent Trends, 2023).
- By 2030, demand for professionals in battery storage, EV integration, hydrogen fuel cells, and renewable energy will exceed current skill capacity.
- India’s EVT sector alone is expected to generate 10 million+ direct jobs by 2030.
There’s a skills gap—and Ccentric’s programs fill it with real, applied, industry-driven learning.
India’s Green Energy Revolution
National Green Hydrogen Mission (2023)
- ₹19,744 crore outlay
- Target: 5 MMT green hydrogen per year by 2030
- 125 GW renewable capacity
- ₹8 lakh crore+ investment inflows
- 6 lakh jobs created
- 50 MMT CO₂ emissions averted annually
- ₹1 lakh crore import savings
FAME II Scheme
- Promotes EV adoption, charging infrastructure, and R&D.
PLI Schemes
- Boosting battery manufacturing, green hydrogen, and advanced chemistry cells in India.
State-Level Momentum – Case of Odisha & Gujarat
Odisha: Approved ₹1.53 lakh crore worth of hydrogen and green ammonia projects, with employment potential for 27,000+ people. Gopalpur is emerging as a major hydrogen hub with facilities by ACME, Avaada, Renew, and Ocior Energy.
Gujarat:
- The Adani Green Energy Park (Kutch) and Reliance Jamnagar Giga Complex (₹75,000 crore investment) are leading renewable & hydrogen production capacity.
- Successful testing of a 1 MW Green Hydrogen electrolyser at Kandla port marks a milestone in industrial hydrogen adoption.
Industry & Private Sector Initiatives
- Indian Oil (IOC) – Building a 10,000 tonnes/year green hydrogen plant at Panipat.
- BPCL & Sembcorp JV – Developing hydrogen, ammonia, and renewable energy infrastructure.
- Tata Motors, Mahindra, Hyundai, Ola Electric – Scaling EV fleets, battery tech, and fuel cell vehicles.
- Start-ups – Rapid growth in battery storage, charging infra, and hydrogen applications.
Career Advantage – Future-Proof Skills
- EVT Engineers (Design, Integration, Testing)
- Battery Specialists & Renewable Energy Experts
- Industry 4.0 Professionals (IoT, AI, Automation in mobility)
- Entrepreneurs in clean-tech, energy storage, and hydrogen infrastructure
Why This Matters for Ccentric Students
- Global-Standard Training: Curriculum aligned with AICTE, ASDC, NPC.
- Hands-On Labs: Access to EVT labs plus Industry 4.0 simulation zones.
- Placement-Focused Programs: 2.5 months of practical training + paid OJT.
- Sustainability Impact: Contribute directly to India’s net-zero journey.
The future of engineering is EVT and Industry 4.0. India’s government, industries, and global partners are investing heavily in this transformation. At Ccentric Learning Edge, we ensure students don’t just learn about this revolution—they become part of it.
