Participation in SAE India ISTEM 2026
16th February 2026
Mechanical Engineering students of the sixth semester from Dronacharya College of Engineering attended ISTEM 2026 under SAE India on 16th February 2026 at the India Habitat Centre. The symposium was organized as part of SIAM Sustainable Mobility Week by the Society of Indian Automobile Manufacturers and marked the 4thedition of the International Symposium for Thriving Eco-Energy in Mobility (ISTEM), themed “Partnering for a Sustainable Future: Accelerating India’s Multi-Fuel Mobility Transition.” The event brought together policymakers, industry leaders, researchers, academicians, and global stakeholders to deliberate on key sustainability challenges including decarbonisation, road safety, circularity, and material compliance within the mobility ecosystem.
During the programme, students witnessed the inauguration of the Sustainable Mobility Zone, a curated exhibition showcasing next-generation mobility innovations such as electric and hybrid vehicles, hydrogen solutions, CNG/LNG platforms, ethanol and biofuel-compatible technologies, recycling systems, and sustainable automotive components. The exhibition was inaugurated by distinguished dignitaries including Mr. Ashwini Srivastava, Joint Secretary (Sugar), Ministry of Consumer Affairs, Food & Public Distribution; Mr. Abhay Bakre, Mission Director, Ministry of New & Renewable Energy; and H.E. Mr. Kenneth Félix Haczynski da Nóbrega, Ambassador of Brazil. The showcase provided practical insights into how alternative fuel technologies are transitioning from concept to real-world implementation, reflecting India’s growing commitment to diversified and low-emission mobility pathways.
Through technical sessions and panel discussions, experts highlighted India’s rapid progress in ethanol blending, hydrogen pilots, EV adoption, green energy corridors, and infrastructure expansion. Discussions emphasized the importance of multi-fuel strategies, technological readiness, financing mechanisms, and collaborative policy frameworks to accelerate clean mobility. Students gained valuable exposure to real-world case studies and research developments demonstrating how engineering innovation can reduce carbon emissions, improve energy efficiency, and strengthen sustainable transportation infrastructure.
The visit also fostered meaningful industry–academia interaction, allowing students to engage with professionals and researchers and better understand current industry expectations and future career prospects in green mobility. Overall, attending ISTEM 2026 proved to be an enriching and inspiring experience, broadening their technical knowledge, strengthening their awareness of sustainable engineering practices, and motivating them to contribute toward next-generation eco-friendly mobility solutions.