Research Associate in the IQN Quantum Technology Hub
Join the University of Sheffield as a Research Associate in the IQN Quantum Technology Hub and contribute to cutting‑edge quantum photonics research.
Overview
This post is funded by the Integrated Quantum Networks (IQN) Hub supported by the Engineering and Physical Sciences Research Council (EPSRC). The IQN Hub is part of Phase III of the UK’s Quantum Technologies Programme and is a five‑year project with £19.5 M funding for a consortium of universities. The Institute’s task is to develop single‑photon and entangled‑photon sources using III‑V semiconductor quantum dots at telecom wavelengths, optimise photonic structures to maximise photon emission, and characterise them in state‑of‑the‑art quantum optics laboratories.
Main Duties And Responsibilities
* Carry out experimental measurements on semiconductor quantum dots and photonic structures using advanced optical techniques and analyse the results.
* Numerically simulate novel photonic structures, suggest and develop new designs.
* Liaise with the epitaxy team growing the wafers and oversee the fabrication of novel nano‑photonics structures.
* Attend regular group meetings, prepare reports on work, analyse previous results and outline future studies.
* Collaborate closely with colleagues, contributing to team objectives and efficient use of laboratory time.
* Provide supervisory support to master’s and PhD students.
* Write manuscripts for research journals and present work at IQN Hub meetings and external conferences.
* Maintain up‑to‑date knowledge of relevant literature and plan your own research activities with consideration of resources, deadlines, milestones and overall aims.
* Make ethical decisions in your role and embed the University sustainability strategy wherever possible.
* Carry out other duties consistent with this grade and remit.
Person Specification
Our diverse community values unique abilities, backgrounds and beliefs. If your past experience does not match every criterion exactly, your contributions may still be valuable. Reference the application criteria in your statement.
Criteria
Essential
* PhD focused on optics of semiconductors.
* Strong expertise in advanced optical spectroscopy of semiconductor nano‑structures.
* Experience in writing manuscripts for peer‑reviewed journals.
* Effective communication skills, experience in delivering presentations.
Desirable
* Familiarity with numerical simulations of nano‑photonic structures.
* Knowledge of semiconductor nano‑fabrication methods and nano‑scale characterisation techniques.
* Creative problem‑solving with appreciation of long‑term implications.
* Teamwork and collaboration skills.
* Resource assessment, planning and progression of work activities.
Further Information
Grade: 7
Work arrangement: Full‑time
Line manager: Professor of Optical Physics
Direct reports: N/A
Website: https://sheffield.ac.uk/mps
Salary
Pay is based on skills and experience. Discuss details with the recruiting team.
Benefits
* 41 days annual leave (pro‑rata) plus paid holidays.
* Flexible & hybrid working options.
* Retail discounts and rewards.
* Staff networks and peer support.
* Award schemes and recognition.
* Professional development and mentoring.
* Family‑friendly policies and structured support.
Disability Confident Employer
We are a Disability Confident Employer. Candidates meeting the essential criteria will be invited to the next stage of the selection process.
Contact
For informal enquiries, contact Professor Mark Fox at mark.fox@sheffield.ac.uk.
Next steps in the recruitment process
Selection will likely occur in November and will include an interview. Candidates will be informed of progression no later than two weeks after the closing date of the advert. If you need support, equipment or adjustments for any recruitment element, contact hicks-hr@sheffield.ac.uk.
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