Institute of Biomedical Engineering
Biomaterials and Biomechanics
Biomedical Image Analysis
Digital Health
Therapy and Drug Delivery
Neurotechnology
Tissue Engineering
Data Readiness
Beyond Antibiotics
Oxford Mechanobiology
Physical Acoustics
Cerebral Haemodynamics Group
Bioelectronic Circuits and Systems
PULSE (Ultrasound)
Computational Health Informatics
Biomedical Image Analysis
Multimodal Medical Data Integration & Analysis
Healthcare Biorobotics Lab (HBL)
Chemical and Process Engineering
Tissue Engineering
Energy Storage and Energy Carriers
Oxford Green Ammonia Technology
Synthetic Biology & Single Cell Biotechnology
People
Sustainable Water Process Engineering
Systems Engineering
Membrane Science & Technology
Environmental Engineering
Communications Engineering
Oxford Secure Computer Architecture Research
Power Electronics Group
Computing Infrastructure
Optical Wireless Communications
Dynamic Optics and Photonics
Soft Matter Photonics
Oxford Metamaterials Network
Metamaterials Group
Quantum Engineering
Optical Fibre Sensors
Energy and Power Group
Energy Systems and Storage
ZERO Institute
Power Electronics Group
Combustion and Engines (Thermal Propulsion Systems Research Group)
Oxford e-Research Centre
Energy and Environmental Informatics
Tidal Energy
Monroe Research Group
Cryogenic Engineering
Battery Intelligence Lab
Cryogenic Fluid Dynamics Lab
Information Example
Solid Mechanics and Materials Group Website
Mechanics of Materials Group (Martinez-Paneda)
Oxford Mechanobiology
High Strain Rate Group
Computational Mechanics
Fatigue and Fracture Mechanics
Impact Engineering
Materials Engineering
Micromechanics and Materials Modelling
University Technology Centre (UTC)
In-situ Microscopy and Analysis
Multifunctional Materials & Composites Lab
Brassart
Jerugroup
Oxford Thermofluids Institute
Physical Acoustics
Combustion and Engines (Thermal Propulsion Systems Research Group)
Fluid Dynamics Lab
Particle Deposition Group
High Speed Turbomachinery Group
Turbine Cooling Group
Computational Fluid Dynamics Group
Active Flow Control Group
Hypersonics Group
High Heat Flux Cooling Group
Sustainable Aviation
Numerical Analysis Group
Cryogenic Fluid Dynamics Lab
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Oxford Mechanobiology
Physical Acoustics
Cerebral Haemodynamics Group
Bioelectronic Circuits and Systems
PULSE
Computational Health Informatics
Biomedical Image Analysis
MultiMeDIA
Healthcare Biorobotics Lab
Institute of Biomedical Engineering
Biomaterials and Biomechanics
Biomedical Image Analysis
Digital Health
Therapy and Drug Delivery
Neurotechnology
Tissue Engineering
Data Readiness
Beyond Antibiotics
Oxford Green Ammonia Technology
Synbiosc
People
Sustainable Water Process Engineering
Systems Engineering
Membrane Science & Technology
Environmental Engineering
Chemical and Process Engineering
Tissue Engineering
Energy Storage and Energy Carriers
Structural Engineering and Materials
Environmental Fluid Mechanics
Non-Linear Dynamics
Special Structures Group
Geotechnical Engineering
Ophthalmic Engineering
Civil and Offshore Engineering
Mechanics of Materials Group (Martinez-Paneda)
Advanced Instrumentation Research Group
Control Example
Power Electronics Group
Computing Infrastructure
Optical Wireless Communications
Dynamic Optics and Photonics
Soft Matter Photonics
Oximeta
Metamaterials
Quantum
Optical Fibre Sensors
Communications Engineering
Oxford Secure Computer Architecture Research
Power Electronics Group
Thermal Propulsion Systems
Oxford e-Research Centre
Energy and Environmental Informatics
Tidal Energy
Monroe Research Group
Cryogenic Engineering
Battery Intelligence Lab
Cryogenic Fluid Dynamics Lab
Energy and Power Group
Energy Systems and Storage
ZERO Institute
Engineering/Management example
High Strain Rate Group
Information Example
Oxford e-Research Centre
Oxford Robotics Institute
Institute of Biomedical Engineering
Oxford Man Institute
Oxford Thermofluids Institute
Oxford Mechanobiology
High Strain Rate Group
Computational Mechanics
Fatigue and Fracture Mechanics
Impact and Shock Mechanics
Materials Engineering
Micromechanics and Materials Modelling
University Technology Centre (UTC)
LIMA
MMC Lab
Brassart
Jerugroup
Solid Mechanics and Materials Group Website
Mechanics of Materials Group (Martinez-Paneda)
Physical Acoustics
Thermal Propulsion Systems
Fluid Dynamics Lab
Particle Deposition Group
High Speed Turbomachinery Group
Turbine Cooling Group
Computational Fluid Dynamics Group
Active Flow Control Group
Hypersonics Group
High Heat Flux Cooling Group
Sustainable Aviation Group
Numerical Analysis Group
Cryogenic Fluid Dynamics Lab
Oxford Thermofluids Institute
The major theme underlying our research portfolio is the application of cutting-edge science to generate new technology, using a mixture of theory and experiment.
The Department of Engineering Science has an international reputation for its research in all the major branches of engineering, and in emerging areas such as biomedical engineering, energy and the environment. We place a strong emphasis on interdisciplinary and collaborative work, both within engineering science and across the physical, medical and life sciences.
The Department also has an excellent record of engagement with industry, and has generated numerous successful spin-out companies.
Research is a core component of the Department and we highly value the input and well-being of our research community - find out about life as a Researcher at Oxford, and about our Researcher Committee, which provides representation across all areas of our post-doctoral research body.
Study shows ocean waves can grow way beyond known limits
Civil Engineering
Unlocking the Mysteries of the Universe with Radio Telescopes
Scientific Computing
Xiao Li was always curious about the mysteries of the universe and dreamt one day she would explore it. Now as a DPhil student at the Oxford e-Research Centre, she is contributing to the Square Kilometre Array project. Her work mainly focuses on developing a new imaging pipeline for radio astronomy.
Protecting against brain injuries
Brain Mechanics and Trauma; Computational Mechanics
Professor Antoine Jérusalem of the Department of Engineering Science explains how a better understanding of the physical mechanisms behind brain injuries can pave the way for novel therapies and new protective devices.
Delivering drugs better using sound
Biomedical
Professor Constantin Coussios and colleagues on using ultrasound to deliver drugs much closer to tumors and other targets in the body