Focused communities for
collaborative research.
The School highlights six research thrust areas covering solar-cell materials, VLSI, RF and wireless communication, computer vision, sensing, and control systems.
Explore the areas
Research priorities.
Engineering innovation.
Research and development activities are structured around faculty expertise and areas of common interest. These research areas create a practical framework for collaboration, scholarly output, project development and academic interaction.
The six thrust areas below follow the titles published by the School of Electronics Engineering. The source page does not list individual coordinators for these areas.
Solar-cell materials and devices
Thin-film photovoltaics and semiconductor devices.
Very large scale integration
Research in very-large-scale integration for electronic systems.
RF, microwave and wireless communication
Research in radio-frequency, microwave and wireless communication technologies.
Computer vision and machine learning
Research in computer vision and machine-learning approaches.
Sensing and computing
Research spanning sensing and computing technologies.
Advanced control and instrumentation
Research in advanced control and instrumentation systems.
A common framework for
research activity.
The School supports scholarly output, proposal development, expert interaction, advanced training and collaboration.
Research Publications
Encouraging the preparation and publication of research papers and other scholarly output.
Funding Proposals
Developing proposals for suitable funding agencies and research-support programmes.
Expert Interaction
Inviting experts from academia and industry to contribute specialised knowledge and perspective.
Workshops & FDPs
Conducting advanced workshops and faculty-development programmes in relevant domains.
Research Collaboration
Building academic and industry relationships for joint research and knowledge exchange.