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Centre for E-Mobility and Sustainability

The Centre for E-Mobility and Sustainability (CEMS) is structured around two core verticals—E-Mobility and Sustainability—which are deeply interconnected and essential for the transition toward a cleaner, more efficient and intelligent transportation ecosystem. CEMS is dedicated to advancing cutting-edge research and fostering innovation by promoting collaboration among various disciplines. Its main objective is to address the critical challenges and explore the opportunities associated with sustainable transportation and energy systems. The center recognizes that these complex issues require a multidisciplinary approach and is committed to bringing together experts from diverse fields.

About CEMS

  • The Centre for E-Mobility and Sustainability (CEMS) is structured around two core verticals—E-Mobility and Sustainability—which are deeply interconnected and essential for the transition toward a cleaner, more efficient, and intelligent transportation ecosystem.
  • CEMS is dedicated to advancing cutting-edge research and fostering innovation by promoting collaboration among various disciplines. Its main objective is to address the critical challenges and explore the opportunities associated with sustainable transportation and energy systems.
  • The centre recognizes that these complex issues require a multidisciplinary approach and is committed to bringing together experts from diverse fields.

Vision of CEMS

To drive innovative, intelligent, and sustainable solutions in E-Mobility and Sustainability, fostering research, technology development, and real-world impact.

Mission of CEMS

  • Develop cutting-edge technologies for electric mobility and sustainable energy solutions.
  • Promote intelligent transportation systems for smart, connected, and autonomous mobility.
  • Advance environmental sustainability by integrating renewable energy, circular economy models, and eco-friendly materials.
  • Strengthen industry-academic collaborations to accelerate innovation and commercialization.

TEAM MEMBERS

  1. Dr. M. Premkumar
    Chair – CEMS
    Professor and Head, Department of EEE, DSCE
  2. Dr. Saravana Kumar R
    Coordinator - CEMS
    Associate Professor, Department of EEE, DSCE
  3. Dr. Prabhakaran Koothu Kesavan
    Co-Coordinator - CEMS
    Associate Professor, Department of EEE, DSCE
External Members
Dr Radha Gupta, Mathematics Dr Nandakumar M B, AU
Kallugudi Vari Nagamani, Mathematics Dr. Mohan Das A N, Mechnaical
Dr. Trupti Tagare, ECE Vijayakumar Naganna Patil
Dr. Rakesh M, R&AI Dr. M. R. Kamesh, Mechanical
Dr Shilpa B, Mathematics Dr Ningegowda B M, Mechnical
Dr. Anantharaju KS, Chemistry Girishkumar G S, Mechanical
Dr. Arpita Paul Chowdhury, Chemistry Dr Madhu A, Physics
Raghavendra Prajwal H S, Civil Dr. Ujjal Kumar Ghosh, Chemical
Dr Ravindranath C, Civil Dr Vindhya P Malagi, AIML
Dr Jenoris Muthiya S, AU  
Internal Members
Dr M. Premkumar Dr. P. Usha
Dr. M Balamurugan Dr Sumana S
Dr. Arjun Kumar G B Prof. Supriya J
Dr. Anubhav Kumar Pandey Dr Saravanakumar R
Dr. Sujit Kumar Dr. Suvetha P S
Dr. Soni M Dr. Murali Matcha
Dr Prabhakaran K K  

Key Objectives

  • E-Mobility and Sustainability Focus: Enhance electric vehicle technologies, charging infrastructure, and smart transportation. Innovate in clean energy, material recycling and sustainable chemical processes, circular economy approaches, carbon footprint reduction (net zero), and other sustainable practices. (Focused SDGs – SDG7, SDG9, SDG11, SDG12, SDG13, and SDG15)
  • Research & Innovation: Support multidisciplinary research in AI, IoT, optimization, big data, cyber security, material science, electronics, instruments, communications, power and energy systems, etc.
  • Research Outcomes: Joint publications, joint patents, joint research projects and joint consultancy.
  • Industry and International Collaboration: Work with automotive, energy, and technology sectors for real-world applications.
  • Education & Networking: Empower researchers, students, and professionals through workshops, training programs, awareness programs, project executions, panel discussions, and other joint initiatives.

Role of CEMS

The Centre for E-Mobility and Sustainability (CEMS) is at the forefront of driving innovation, fostering collaboration, and promoting interdisciplinary research in these two transformative fields.

  • Academic-Industry Partnerships – Bridging research with real-world applications through industry collaborations.
  • Global Networking & Knowledge Sharing – Organizing workshops, conferences, and training programs.
  • Innovative Research Projects – Leading advancements in battery technology, AI-driven mobility, renewable energy, and smart city solutions.
  • Technology Commercialization & Prototyping – Supporting startups, incubators, and technology transfers for practical implementations.
  • Policy Advocacy & Government Collaborations – Engaging in regulatory discussions to promote green mobility and sustainability initiatives.
  • CEMS envisions a future where E-Mobility and Sustainability seamlessly converge to create a cleaner, smarter, and more energy-efficient world.

E-Mobility: The Future of Transportation

E-Mobility (Electric Mobility) refers to the adoption of electric-powered transportation solutions, replacing traditional IC engines. It includes electric vehicles (EVs), hybrid electric vehicles (HEVs), plug-in hybrid vehicles (PHEVs), fuel-cell electric vehicles (FCEVs), and autonomous electric transportation systems.

Key Components of E-Mobility

  1. Electric Vehicles (EVs) – Battery Electric Vehicles (BEVs), Hybrid EVs (HEVs), and Fuel Cell EVs (FCEVs).
  2. Energy Storage & Battery Technologies – Lithium-ion, solid-state, sodium-ion, and emerging battery chemistries.
  3. Charging Infrastructure & Smart Grids – Fast-charging stations, wireless charging, and vehicle-to-grid (V2G) systems.
  4. Power Electronics & Motor Control – High-efficiency inverters, converters, and motor drive systems.
  5. Autonomous & Connected Vehicles – AI-powered self-driving, IoT-based traffic management, and vehicle-to-everything (V2X) communication.
  6. Smart Mobility & AI Integration – Intelligent transportation, traffic optimization, and real-time energy management.
  7. Policy & Economic Aspects – EV incentives, infrastructure investments, and sustainable urban planning.

Emerging Research Trends in E-Mobility

  1. Next-Generation Battery Technologies – Advancements in solid-state batteries, graphene-based supercapacitors, and battery thermal management systems.
  2. Wireless & Ultra-Fast Charging – Inductive charging, bidirectional V2G systems, and high-power DC fast charging.
  3. Lightweight & Sustainable Materials – Use of carbon fiber, composites, and nanomaterials for reducing vehicle weight and increasing efficiency.
  4. Autonomous & AI-Driven Mobility – Integration of AI, IoT, and edge computing for self-driving and connected transportation.
  5. Urban Mobility & Smart Transport Solutions – Development of electric public transport, micro-mobility (e-bikes, e-scooters), and intelligent traffic management systems.

Sustainability: The Foundation of a Greener Future

Sustainability focuses on developing environmentally responsible, economically viable, and socially equitable solutions to reduce carbon footprints, enhance energy efficiency, and promote circular economy principles.

Key Aspects of Sustainability in Transportation & Energy

  1. Renewable Energy Integration – Utilizing solar, wind, and hydrogen fuel cells for charging EVs and powering infrastructure.
  2. Sustainable Battery Materials – Researching eco-friendly alternatives to lithium, cobalt, and nickel to reduce environmental impact.
  3. Lifecycle Analysis & Recycling – Developing closed-loop battery recycling and repurposing to minimize e-waste.
  4. Green Manufacturing & Supply Chains – Using low-carbon materials, energy-efficient production, and localized sourcing.
  5. Carbon Neutral & Net-Zero Strategies – Implementing emission-reduction policies, carbon credits, and clean energy transitions.
  6. Environmental Impact Assessment – Studying the effects of EV adoption on grid stability, urban air quality, and climate change.
  7. Sustainable Urban Planning – Designing eco-friendly cities with EV-friendly infrastructure, renewable-powered public transport, and shared mobility solutions.

Emerging Research Trends in Sustainability

  1. Hydrogen-Powered Mobility – Development of fuel cell electric vehicles (FCEVs) and hydrogen refueling infrastructure.
  2. Circular Economy in Batteries – Research on battery reuse, second-life applications, and sustainable material recovery.
  3. Carbon Capture & Neutral Mobility – Integration of carbon offset strategies, zero-emission transport policies, and eco-friendly fuel alternatives.
  4. AI-Driven Energy Optimization – Smart grids using machine learning and blockchain for decentralized energy trading.
  5. Eco-Friendly Smart Cities – Urban designs focused on shared mobility, green public transport, and energy-efficient smart buildings.

Research Focus Areas

The following are the key research areas but not limited to,
  • Battery Technologies and Energy Storage
  • Smart Charging Infrastructure and Smart Grid
  • Autonomous and Connected Mobility
  • Power Electronics and Control Systems
  • Mathematical Modelling and Optimization
  • Environmental Impact and Sustainability
  • Renewable Energy Integration
  • Sustainable Materials and Chemistry
  • Smart Mobility Solutions - Artificial Intelligence, IoT, Cloud Computing and Data Analytics
  • Advanced Vehicle Design and Dynamics
  • Policy, Economics, and Societal Impact
  • Other related fields
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