Work with world-leading minds
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Hear from our employees
Curious what it's like to work at our thriving science Institute? Hear first hand experiences from early career professionals to senior leaders.
"What I love about EIT is the sense of community - people are open, collaborative and genuinely willing to share ideas. It creates an environment where you can ask questions, learn every day and feel part of something meaningful."
"At the Plant Biology Institute, we translate cutting edge plant science into real world impact. Our work spans the entire pipeline, from discovery to field, supported by a culture of interdisciplinary collaboration and world-class facilities. EIT stands out for its talented, driven people and a shared sense of purpose."
"As a software engineer for MLOps within the AI & Robotics Institute, I help turn pioneering AI research into scalable, deployable systems. I’m driven by EIT’s long-term vision, rare funding model and brilliant community creating sustainable global solutions. Here, I’m trusted to grow through real autonomy and opportunities."
"At EIT, bringing together people from different disciplines - from plant biology to AI and robotics - creates an environment where you’re constantly learning and solving problems in new ways. I have already learnt a lot."
"I'm very excited about EIT because of this vision of attacking the problems end-to-end, starting from research to building a pipeline all the way to a product, to the way to deliver that product. It's a very unique vision and opportunity to be part of this whole cycle of delivery and impact. At EIT, AI researchers work hand-in-hand with domain scientists, ensuring that AI models are developed to address problems of societal value."
"I am incredibly fortunate to be part of an organisation that takes a bold, end-to-end approach to tackling global challenges. We're breaking down silos and genuinely embracing transdisciplinary collaboration - which is something I find deeply inspiring. Coming to work daily is a real joy as I’m part of a fantastic team where we work hard and laugh often. What really motivates me is that I get to engage daily with some of the brightest young minds from around the world, journeying with them through their studies in Oxford and their engagement with EIT’s programs."
Join our dynamic workplace
Elevate your career by joining our world-class faculty of scientists, technologists, engineers, researchers, educators and innovators.
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Our work is guided by four Humane Endeavours: Health, Medical Science & Generative Biology, Food Security & Sustainable Agriculture, Climate Change & Managing Atmospheric CO2 and Artificial Intelligence & Robotics.
Central Business Operations & Other
Central Functions are the shared services teams that support EIT science programmes. They consist of IT, Finance & Procurement, Communications, Legal Commercial and Compliance. Partnering with colleagues across the Institute, you will play a key role in putting in place the policies, systems, and best‑practice processes that will support a world‑class research and innovation organisation.
Materials and Devices for Life Sciences Institute
The MDLS Institute leads research programs in tissue construction and nanopores. Its tissue construction program aims to build the capability to create any tissue - including human tissue - to transform medicine, research and robotics. On-demand tissue production will help improve disease modelling and the building of life-like components for bio-integrated systems. Its nanopores program develops nanoscale systems capable of detecting or sequencing any molecule found in air, water, biological systems or industrial environments. This has the potential to help with early detection and real-time monitoring in areas such as healthcare diagnostics (e.g. breath tests for certain diseases) or environmental safety.
Pathogen Program
The Pathogen Program is developing an end-to-end diagnostic tool to support the diagnosis, prevention and treatment of infectious diseases, starting with respiratory infections and sepsis. A database of global sequencing data will provide the crucial information needed to explain the origin of the pathogen and whether it is resistant to existing treatments. This type of full-stack system will be beneficial in diagnosing disease and supporting pandemic preparedness in the future.
AI and Robotics Institute
By applying and extending frontier AI and robotic methods, the AIR group hopes to accelerate breakthrough scientific discoveries. This work is driven by the aim of exploiting the rich potential of biomedical foundation models in areas such as bacterial genomics, the structure of enzymes, and patient journey trajectories. Another area of focus is combining advanced AI models with robotic systems to run AI-guided experiments, including building the data and computing infrastructure that supports them. This enables ideas to be generated, tested, and refined in a rigorous and repeatable fashion. These groundbreaking technologies are designed in such a way as to enable scaling and translation into sustainable solutions that change society. AIR is strengthened through its close collaboration with the University of Oxford, including via a Centre for Doctoral Training funded by EIT. Our experts work across disciplines and are supported by access to large-scale compute and rich datasets.
Generative Biology Institute
The GBI team aims to unlock the blueprint of life, enabling the rapid and scalable synthesis of entire genomes with newfound precision. Success would enable the identification and potential creation of DNA sequences that could generate biological systems designed to perform specific functions. These new DNA construction techniques could have a wide range of commercial applications, including designing more efficient crops with higher yields or finding personalised cell therapies and vaccines. Specially engineered cell processes could also support new biodegradable materials to help tackle the problems of climate change.
Plant Biology Institute
The PBI team aims to improve global food production and biosphere health through advances in plant science research. Our work integrates cutting-edge technologies spanning AI and synthetic biology with advanced genome editing to develop climate resilient plants. The goal is to produce more food from less land using fewer resources, such as nitrogen fertilisers. By combining fundamental research with applied innovation, we can accelerate the translation of discoveries into scalable agricultural solutions. In doing so, we lay the foundation for a more resilient and regenerative agricultural future that benefits both people and the planet.
We kindly request that recruitment agencies refrain from submitting unsolicited CVs or candidate profiles to any employee or team within our company. All recruitment efforts are managed internally, and we do not engage external agencies without prior initiation from our HR & Talent department.
Please be aware that any unsolicited CVs or candidate details received will be considered property of our company. In such cases, we reserve the right to contact and employ these candidates without any financial obligation to the agency.
We appreciate your understanding and cooperation in adhering to this policy.