Hyundai Motor Group is clearly not content with just selling electric cars anymore — now it wants to help build the brains behind India’s EV future too. And where better to find that brainpower than India’s IIT corridors, where coffee, coding and complicated battery equations already coexist peacefully at 2 AM.
In a major push towards electrification research, Hyundai Motor Group has expanded its Hyundai Center of Excellence (Hyundai CoE) into a seven-university consortium across India. The initiative aims to accelerate research in battery technologies, EV systems and electrification solutions specifically designed for Indian conditions.
The latest expansion adds four prestigious institutions — IIT Kanpur, IIT Hyderabad, VNIT Nagpur and Tezpur University — to the original founding trio of IIT Madras, IIT Delhi and IIT Bombay that joined the initiative in 2025. Together, the seven institutes now form what Hyundai calls India’s premier academic-industrial research network for battery and EV innovation.
The announcement was formalized at a ceremony in New Delhi attended by senior Hyundai Motor Group executives including Chang Hwan Kim, Head of the Electrification Energy Solutions Tech Unit, Hyundai Motor India MD Tarun Garg, and other senior R&D leadership from Korea and India. Leading professors and deans from all partner institutions were also present, underlining the academic weight behind the collaboration.
At the heart of the initiative lies a clear ambition: develop India-specific EV technologies rather than simply importing global solutions. Considering India’s unique climate, road conditions, charging infrastructure challenges and driving patterns, localized innovation is increasingly becoming critical for the success of electric mobility.
Currently, the Hyundai CoE platform is already advancing 39 joint research projects across the seven universities. The research areas cover some of the most crucial pillars of EV technology including battery cells, Battery Management Systems (BMS), energy density improvement, safety enhancement, durability testing and diagnostics.
Among the standout projects are advanced battery material research optimized for Indian usage conditions and the development of an AI-powered Vehicle-to-Grid (V2G) platform. In simpler terms, Hyundai wants future EVs to not just consume electricity, but possibly help manage the power grid intelligently too — essentially turning your parked EV into a very educated power bank.
Chang Hwan Kim highlighted the broader vision behind the collaboration, stating that bringing together India’s leading professors and emerging researchers can create “powerful synergies” that support both Hyundai’s innovation goals and India’s sustainable growth ambitions.
But Hyundai’s plans go beyond laboratories and research papers. The Group is also launching multiple knowledge-exchange initiatives to strengthen collaboration between India and Korea. A Korea Visiting Program will enable Indian researchers to work closely with Korean experts in EV development, while global e-conferences and future technology forums will connect academia, industry and government stakeholders under one platform.
The long-term goal is to transform Hyundai CoE into a comprehensive EV research hub capable of supporting India’s electrification journey at scale. Rather than being limited to isolated projects, Hyundai wants the platform to evolve into a sustainable ecosystem where industry and academia continuously collaborate on future mobility solutions.
For Hyundai Motor Group, the move also strengthens its positioning in India’s rapidly evolving EV market. While carmakers globally are racing to launch new electric models, Hyundai appears equally focused on owning the research pipeline that powers tomorrow’s mobility technologies.
And honestly, if India’s brightest IIT minds are now working on EV batteries, don’t be surprised if future electric cars start charging faster than engineering students finish instant noodles during exam week.
