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EPSRC IAA-funded projects 2022 onwards

Oxford's engineering and physical sciences researchers are developing early stage technologies and collaborating with external non-academic partners to generate impact from their research outside academia. Find out more about the excellent projects that have received funding from Oxford's EPSRC Impact Acceleration Account (IAA) from 2022 onwards.

'Active' insulating system: Ceramic fibrous aerogel extinguishers
Accelerating the implementation of double wall cooling technology in high pressure turbine blades
Advanced Anaerobic Digestion: Accelerating biogas production rates with a novel pre-processing technology
AI for GNC with Airbus/ESA – Extension
Algorithm structure regularisation for x-ray spectroscopy with Diamond Lightsource
Autonomous Inspection for Environmental Impact and Sustainability Monitoring
Beamsteering for optical wireless
Carbon Nanotube based conductive films
Covert Communication for National Security
Cryogenic parametric amplifiers using carbon nanotube-based devices
Cutomising / Enhancing the thermomechanical performance of Shape Memory Alloy for deployable structures
Deep learning to improve the diagnostic potential of fetal brain ultrasound
Design of integrated filtering solutions for space communications
Developing a robust large-volume prototype sonochemical reactor for CO2 reduction reactions
Development of a novel generation of superconducting wires for zero-emission transport applications
Digital risk assessment for medical technology
Digital Underground Construction
Drop Oscillations for Measuring Dynamic Surface Tension
Femtosecond Perovskite Lasers
Fetal and neonate health in vaginal labour: translation from research to industry and clinical practice
Harnessing data from water 'ATMs' to improve community health in rural Kenya
In-silico trials for patient-specific selection of atrial fibrillation treatment
Label-free Biosensors of Troponin I Protein Functionalised by Electrohydrodynamic Printing
Materials qualification of a new process for manufacturing high temperature superconducting bulks
Microfluidics-driven technologies for rapid detection of antimicrobial resistance in the clinic
MuFFiN: A software package for models of Multiscale Fluid Flow in Networks
Multi-hazard risk assessment for infrastructure / ground engineering projects
Next generation polycrystalline diamond
Open-source convex optimization on GPUs
Oxford Workshop on Chemical energy storage of renewable energy
Partnerships for market evaluation of novel liquid crystal devices
PicoOven: Ultra-compact atomic source for quantum technology applications
Polymer crystallization in melt-processable PVA
Polyolefin technology transfer
Pre-heating methods for re-entry spacecraft – workshop
Preparing the Reduce Digital Distraction (ReDD) Workshop for Impact across the UK higher education sector
Remote Eyes: Robotic Inspection of Nuclear Facilities
Robust and low-cost cavity-enhanced chemical sensors
ScanLite: Infrastructure-free ultrasound reconstruction fusing image processing and deep inertial tracking
Science Together: Oxford Researchers and Communities
SnapperGPS: Open Hardware and Software for Energy-Efficient, Low-Cost Wildlife Tracking
Superconducting solutions to global challenges
Transition of insect tracking system to licensable product
Translation of numerical methods for a zero-carbon future into industry
User-oriented information on tropical cyclones and water cycle extremes for the climate and disaster risk management
What future use for O&G data in the energy transition? AI applications to build climate & energy resilience.