Research and innovation

Transforming cancer treatment with nanosurgical tools

Learn more

Scientist looking through a microscope in a dark laboratory

Learn more

Improving fertility outcomes

Pregnancy success as a result of IVF could improve due to research using organ-on-a-chip technology, being advanced by Dr Virginia Pensabene

Find out more

Find out more

Research-led learning

Our scientists and engineers are tackling global challenges to make an impact in the real world

Watch video

Watch video

Nanosurgical cancer tool
Organs-on-a-chip technology
Research-led learning

Scroll down

Research and innovation

Our School has over 100 years of research history, leading to outstanding impact from our research. This includes pioneering work on: microwave, semiconductor, and terahertz technologies, bio-nano and quantum technologies; robotics; ultrasound and medical imaging; energy-efficient green communications networks; wireless and mobile communications; power electronic systems; and renewable energy.

We have a track record of collaborations with academic institutions and major international electronics and communication companies around the world. We work extensively with other schools across the University of Leeds, and have strong links with the Bragg Centre for Materials Research, Energy Leeds and Robotics at Leeds.

Top 100

in the world for Engineering

Times Higher Education World University Rankings by Subject

Over 70

academic and research staff

working with over 65 PhD researchers to deliver high-impact research

8th

in the UK for Electronic and Electrical Engineering

Guardian University Guide 2022

Our research institutes

Institute of Communication and Power Networks

We have a longstanding international reputation for communications, signal processing, control systems and instrumentation, optical communications and networking.

More on Institute of Communication and Power Networks

Pollard Institute

We cover high frequency electronics, incorporating fundamental understanding, design, modelling and fabrication of devices, components and subsystems from 1 GHz through to terahertz (THz) frequencies.