Full Time: 35 hours per weekFixed Term: 24 monthsClosing date: 11 November 2026, 11:59 PM UK time âââ The Quantum Software Lab (QSL) at the University of Edinburgh is recruiting up to three Innovation Fellows to develop high-impact applications of quantum computing across science and industry. â Quantum Innovation Fellows will contribute to collaborative research projects across six key application sectors. As part of the Quantum Advantage Turbo Charger (QATCH) programme, supporting the UK's National Quantum Strategy, successful candidates will work alongside leading researchers at QSL, the National Quantum Computing Centre (NQCC), academic and industry partners to develop practical quantum computing solutions. The candidates will help deliver high-impact research, software and intellectual property, support junior researchers, and contribute to future funding opportunities. The fellowships will focus on six key sectors:
S1) Healthcare and Life Sciences.
S2) Materials and Manufacturing.
S3) Finance.
S4) Energy.
S5) AI and Data Science.
S6) Cybersecurity.
Based in the School of Informatics at the University of Edinburgh, QSL is home to one of the UK's largest academic quantum software research teams. These positions offer a unique opportunity to work in a collaborative, interdisciplinary environment, connecting quantum computing expertise with real-world scientific and industrial challenges.
QUANTUM ROLE CONTEXT | Appended by Quantum.Jobs v2
Role context:
This research role exists to bridge theoretical software development and practical application within academic and industrial domains. Positioned between institutional research groups and external commercial or scientific collaborators, the position acts as a primary technical bridge. It ensures that emerging algorithmic methodologies are tested and converted into functional tools across diverse domain areas. By investigating applied software techniques, professionals in this function help align exploratory research efforts with structured national technology strategies while mentoring developing researchers.
Quantum ecosystem relevance:
The role contributes to the quantum ecosystem by accelerating the translation of quantum software research into practical sector-specific applications. Operating within the software layer, it facilitates knowledge transfer between technical specialists and industry stakeholders. This collaborative focus accelerates the adoption of quantum-enabled methods across sectors such as life sciences, materials engineering, and operational logistics, aiding the broader transition from abstract computational theory toward measurable real-world utility.
Capability signals:
- Advanced expertise in applied quantum software development and algorithm design
- Demonstrated track record in cross-sector research collaboration and project execution
- Proficiency in translating domain-specific problems into computational research frameworks
- Experience generating intellectual property and securing competitive scientific research funding
- Ability to mentor junior researchers and guide technical workflows in teams