Research & Innovation

Advancing Transformative Research for Intelligent, Sustainable, and Net-Zero Mobility

CEMAS conducts interdisciplinary research that transforms scientific discoveries into innovative technologies and practical solutions for future mobility. Our research addresses global challenges in electrification, autonomy, digitalization, and sustainability to create safer, smarter, and cleaner transportation systems.

Research Themes

1. Electric Mobility & Energy Systems: “Advancing next-generation electrified transportation through innovative energy conversion, storage, and management technologies.”

Focus Areas: Power Electronics • Electric Drives & Motor Control • Batteries & Energy Storage • Hydrogen & Fuel Cell Systems • Smart Charging • Vehicle-to-Grid (V2G) • Energy Management

2. Autonomous & Intelligent Systems: “Developing intelligent, autonomous, and connected systems that enhance the safety, efficiency, and reliability of future mobility.”

Focus Areas: Autonomous Vehicles • Unmanned Aerial Vehicles (Drones) • Robotics • Artificial Intelligence • Intelligent Control • Connected Mobility • Digital Twins •

Grand Research Challenges

Addressing the Future of Mobility: CEMAS focuses on solving the most pressing scientific, technological, and societal challenges shaping the future of transportation.

Key Challenges

  • Transportation Electrification
  • Autonomous & Connected Mobility
  • Intelligent Transportation Systems
  • Clean Energy Integration
  • Sustainable & Net-Zero Transportation
  • Smart Cities & Digital Infrastructure
  • Climate Resilience and Environmental Sustainability

Featured Research

Future Mobility Systems: CEMAS develops transformative technologies that integrate electrification, autonomy, artificial intelligence, and clean energy to accelerate the transition toward intelligent, connected, and net-zero mobility. Through close collaboration with industry, government, and academia, the Center delivers impactful research, advanced prototypes, technology transfer, and engineering solutions that create lasting value for society, the economy, and the environment.

Research Capabilities

CEMAS provides end-to-end research capabilities that accelerate technology development from concept to deployment.

  • Computational Modeling & Simulation
  • Artificial Intelligence & Data Analytics
  • Digital Twin Development
  • Hardware-in-the-Loop (HIL) Testing
  • Prototype Design & Development
  • Experimental Validation
  • System Integration
  • Technology Demonstration
  • Performance Evaluation & Optimization
  • Technology Transfer & Commercialization

Research Outcomes

CEMAS is committed to delivering research with measurable scientific, technological, industrial, and societal impact.

  • High-impact Scientific Publications
  • Patents & Intellectual Property
  • Advanced Engineering Prototypes
  • AI-Enabled Mobility Solutions
  • Decision-Support Tools
  • International Research Collaborations
  • Technology Transfer & Commercialization
  • Standards & Best Practice Guidelines
  • Highly Skilled Researchers & Future Innovators

Research Impact

Our research creates value by:

  • Advancing scientific knowledge in future mobility technologies.
  • Accelerating the transition toward intelligent, sustainable, and net-zero transportation.
  • Supporting industrial innovation and technology commercialisation.
  • Strengthening national and international research collaborations.
  • Developing the next generation of researchers, engineers, and technology leaders.
  • Contributing to economic growth, environmental sustainability, and societal well-being.

Get involved with CEMAS

We partner with industry, government, and academia to deliver real-world mobility and autonomous systems solutions.