From artificial intelligence and quantum technologies to sustainable solutions and advancements in the semiconductor space, we drive innovation across a broad spectrum of pioneering fields. Our leading researchers work collaboratively to push the boundaries of knowledge, solving real-world challenges and delivering transformative impact.
Explore our research by theme
AI and intelligent systems
We conduct research in machine learning algorithms and neural network architectures to develop next-generation robotic systems and autonomous technologies.
Bio-Medical Engineering
Our researchers develop innovative technologies for monitoring, diagnostics, therapies, and interventions to address a wide range of diseases and disorders.
Control and Signal Processing
Our Control and Signal Processing research focuses on robotics, industrial circuits, and the mathematical modelling and analysis of complex dynamical systems.
Future communications
Our research spans wireless and optical communications, from physical layer breakthroughs to network algorithms, driving transformative solutions for faster, more reliable global connectivity.
Instrumentation and Sensing
Our work in instrumental systems pushes the boundaries of technology, developing advanced sensing, control, and monitoring solutions for diverse applications.
Neuromorphic Technologies
We are driving advancements in neuromorphic engineering, a field that emulates the structure and functionality of the human brain to revolutionise computing.
Photonic systems & integration
Our research in photonic systems and integration is advancing high-speed, energy-efficient optical technologies that redefine modern communication and imaging systems.
Quantum technologies
We are advancing research in quantum technologies, harnessing the principles of quantum mechanics to unlock unprecedented computational and technological capabilities.
Radar & Radio Frequency Engineering
Renowned for groundbreaking advancements in RF sensing and radar technology, our teams are shaping the future of radar applications for both environmental monitoring and advanced signal processing.
Semiconductors
Through advancements in electronic materials and cutting-edge device design and fabrication, our research is driving the next generation of semiconductor innovation.
Sustainable technologies
Our department is advancing sustainable technologies to address critical global challenges, from energy efficiency to climate resilience.
Learn about our research groups
| Group | Link | Information |
Electronic Materials and Devices 
| /electronic-electrical-engineering/research/electronic-materials-and-devices | One of the five research groups of UCL’s Electronic and Electrical Engineering department specialising in research focused on fundamental and practical aspects of communications systems and networks. |
Information and Communication Engineering 
| /electronic-electrical-engineering/research/information-and-communication-engineering | One of the five research groups of UCL’s Electronic and Electrical Engineering department specialising in research focused on fundamental and practical aspects of communications systems and networks. |
Optical Networks 
| /electronic-electrical-engineering/research/optical-networks-group | The research of the Optical Networks Group (ONG) is on the fundamental properties of light and how it can be used to generate, carry, route and process data for different applications. |
Photonics 
| /electronic-electrical-engineering/research/photonics | Our ability to explore fundamental physics of new opto-electronic devices through to high-speed optical systems research is a particular strength, and unique among UK universities. |
Sensors Systems and Circuits 
| /electronic-electrical-engineering/research/sensors-systems-and-circuits | The Sensors Systems and Circuits group undertakes research into new systems and techniques, carrying on the department’s tradition of innovation and excellence. |
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