Oxford is world-famous for research excellence and home to some of the most talented people from across the globe. Our work helps the lives of millions, solving real-world problems through a huge network of partnerships and collaborations. The breadth and interdisciplinary nature of our research sparks imaginative and inventive insights and solutions.

Dr Emily Troscianko

Understanding how fiction-reading can influence eating disorders

Impact case study

An Oxford academic has begun a long-overdue investigation into the psychological effects of fiction on readers – especially those suffering from eating disorders.
girl typing with computer

OpenPrescribing: putting data and statistics into action to save the NHS money

Impact case study

To identify the biggest prescribing quality improvement and cost-saving opportunities for General Practices and Clinical Commissioning Groups every month, and help them to improve, the Nuffield Department of Primary Care Health Sciences’ EBM DataLab brings together health researchers and software developers to transform large prescribing datasets into useful data explorer tools for coalface NHS staff.
Mind-Boggling Medical History game

Mind-Boggling Medical History

Researchers at Oxford University in partnership with the Royal College of Nursing, have developed a game which helps nurses to develop critical thinking skills and supports evidence-based practice.
wheat field

Increasing crop yields for global food security

Impact case study

Pioneering research between the University of Oxford and Rothamsted Research has led to the development of a new compound that could transform crop yields of all kinds.
Parkinson’s clinic

New ways to measure brain diseases

Impact case study

The OxQUIP project is developing new, more objective ways of measuring symptoms in diseases such as Parkinson’s, in order to speed up diagnosis and the hunt for effective treatments.
gene therapy operation

Gene therapy for blindness

Impact case study

Cutting edge therapies for eye diseases help improve quality of life, extend the working lives of treated patients, and reduce treatment costs.
Advancing Medical Professionalism

Advancing Medical Professionalism

Impact case study

A new report by Oxford University’s Healthcare Values Partnership and the Royal College of Physicians aims to support doctors’ satisfaction in their profession and promote innovative, high quality healthcare for patients.
children in Nepal

New Vaccine Helps Battle Typhoid

Impact case study

Alarming spread in drug-resistant typhoid may be held back as novel vaccine evaluated by Oxford scientists is rolled out across Asia and Africa.
Chilli

Measuring chilli heat with electrochemistry

Impact case study

The success of University of Oxford chemists in using electrochemical sensing to detect the spiciness of chillies has led to the recent development of new sensors for garlic, turmeric and ginger.
red blood cells

Good Sense

Impact case study

Research from Oxford has revealed details of the chemistry which humans use to sense changes in oxygen availability, opening the way to breakthrough treatments for diseases ranging from anaemia to cancer.
Women Speak Out

Women Speak Out: An Academic-Community Collaboration to Explore the Links Between HIV, Gender-Based Violence and Human Rights Among Women with Drug Dependence

Women Speak Out is an academic-community collaboration between Oxford University and the Indonesian Drug Users Network aimed at addressing HIV and gender-based violence among drug-using women in Indonesia.
Miss Melissa Skorka

21st Century Terrorist Political Adaptation to Western Policy

This project has created new synergies between academia and public institutions, while promoting Oxford’s Changing Character of War Programme as a world-leader in policy-relevant research-led innovation.
Dr Phil Grunewald

Interdisciplinary Study of Energy use and Activities

Understanding the timing of energy demand is becoming ever more important. The uptake of renewable sources of energy, such as wind and solar, is accelerating and systems have to accommodate their sometimes volatile outputs.
Dr Carl Benedikt Frey

The Future of Employment: How Susceptible are Jobs to Computerisation?

In this project, Frey and his team developed a novel approach to measure the exposure of jobs to automation. They did so against a background of the rapidly expanding scope of tasks computer technologies can perform, following recent developments in machine learning and various sub-fields of artificial intelligence.
Ms Alice Purkiss

Trusted Source Knowledge Transfer Partnership

Trusted Source was a Knowledge Transfer Partnership (KTP) between the University of Oxford and the National Trust which responded to the challenge of creating resilient and long term relationships between the heritage sector and academia.
filling bags

Special Economic Zones for Refugee Employment

Most refugees flee to neighbouring haven countries where jobs are scarce. The governments of these havens consequently deny them the right to work. Refugees pass years dependent on aid in camps, or take clandestine work in which they are highly vulnerable.
Professor Paul Newman

Creating vehicles that drive themselves

From 2005 to 2017 Paul Newman led the Oxford Mobile Robotics Group (MRG) within the Dept. of Engineering Science. In 2017 MRG become the Oxford Robotics Institute. During this time he led the development of a suite of technology that enabled autonomous vehicles to navigate with zero dependence on infrastructure at scale. It is a foundation technology.
Professor Mark Howarth

Superglues from Pathogenic Bacteria

Synthetic biology, the engineering of living systems, is likely to generate major changes to society in areas including energy, healthcare and agriculture.
Solar observatory

Global Jet Watch for Social Change

The creation of the Global Jet Watch observatories has led to real impact on communities spanning four continents, which work together to track Galactic black holes and exploding stars in the night sky.
Professor Aditi Lahiri

FLEX-SR (A FLEXible new approach to automatic Speech Recognition)

A key principle of the Featurally Underspecified Lexicon (FUL) model, built within the framework of linguistics, is that “phonological features” (the articulatory and acoustic properties that make one sound crucially contrast with another) should have rigorous definitions and a finite set should adequately cover all the distinctive sounds across the languages of the world.

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