Power Electronics, Machine and Control Research Centre
The future of energy and transportation is being redefined — and at the Power Electronics, Machine and Control (PEMC) Research Centre, we are leading that charge. With a clear focus on innovation in power electronics, electric machines, and control systems, the PEMC Research Centre is committed to developing practical, high-performance solutions that support greener power grids and cleaner mobility. Global collaborations with industry and academia are actively fostered to ensure that innovations are aligned with real-world needs, to accelerate the global transition toward a low-carbon future.
As Head of the Human-Centered Sustainable Interaction Research Centre, I am delighted to welcome you to our vibrant community of researchers, innovators, and collaborators. Our centre is driven by a vision to redefine how technology, design, and sustainability coalesce to shape the cities and products of tomorrow. We are focused on advancing artificial intelligence for more sustainable urban environments, pioneering digital architecture, and creating products that are both human-centric and environmentally responsible.
We believe that impactful solutions emerge when diverse expertise is united toward a common goal. Our commitment to low energy and carbon strategies not only addresses pressing environmental challenges but also enhances the quality of life in our communities.
I invite you to join us on this journey toward sustainable transformation—whether as a partner, student, or supporter—as we create meaningful change for a brighter, more sustainable future.
Key research themes
- AI-Driven Sustainable Urban Development and High-Performance Buildings
- Leveraging artificial intelligence to optimize energy usage, mobility, and resource management within cities; Applying data analytics and machine learning to inform and shape urban policies, planning, and strategy for sustainable development; Developing innovative design strategies, materials, and technologies to minimize environmental impact in architecture and construction.
- Digital Architecture and Heritage Preservation
Exploring the integration of digital tools, IoT, and intelligent systems to create adaptable, efficient, and user-centered living spaces, and more efficient, resilient, and inclusive heritage preservation ensuring that cultural treasures remain valued and protected amid changing times.
- Sustainable Human-Centered and User Experience Design
Investigating how people interact with sustainable products, systems and environments to enhance usability, adoption, and overall well-being; Designing products that are environmentally responsible, including circular economy principles, eco-materials, and extending product lifespans.
- Human-Computer Interaction
- Investigating sustainable human factors to design intuitive UIs and AR/VR systems; Analysing cognitive mental workload to create efficient, accessible applications that promote well-being and positive outcomes in healthcare, education, and transportation.
Team members
Human-centred Sustainable Interaction Research Centre consists of 30 staff members and 95 PhD students from Architecture and Built Environment, Product Design and Manufacturing, Computer Science, Geographic Science and Civil Engineering.
Key research achievements
In 2021-2025, HCSI has published 268 publications, and received a total of over 20.2 million RMB in funds.
- 28% papers published in the top 10% of the world’s leading journals.
- 49%+ papers published in cooperation with international scientific research institutions.
- 40+ authorised patents.
- 40+ design awards including Red dot, iF design, A design, IEDA, IDA, MUSE
Research partners
Boeing, gsk, Pfizer, Land Rover, Geely, University of Oxford, Harvard University, Tsinghua University, Zhejiang University, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, University of Dundee, Keimyung University, University of New South Wales, Shenzhen University, University of Science and Technology Beijing, Ningbo Medical Center Lihuili Hospital, Ningbo Eye Hospital, Ningbo Eye Institute, The First Affiliated Hospital of Ningbo University, Ningbo Society of Urban Sciences, Ningbo Society of Architecture and Civil Engineering etc.
Facilities and equipment
CNC, Climatic Chamber, Thermal Cameras, data loggers, drones, 3D printers, driving simulator, flying simulator, High-performance computers, Physiological sensors, VR headsets, AR glasses, EEG/fNIRS devices.
Contact us
Professor Wu Deng
Email: Wu.Deng@nottingham.edu.cn