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Laser Physics and Spectroscopy● OpenResearch staff⏰ 7 days leftPreview

Senior Research Associate in Laser Physics for Lithium Isotope Enrichment

Develop advanced laser-based technologies for lithium isotope enrichment at the University of Bristol.

Best for:Best for experienced researchers with a PhD in physics, optical engineering, or a related field, specializing in laser physics, optics, and spectroscopy, seeking to contribute to cutting-edge industrial-academic research.

University of Bristol · Bristol, United Kingdom · R2 · Recognised researcher
More professors at University of Bristol
laser-based isotope enrichmentoptical systems designspectroscopyvacuum engineeringprocess development
This is a research staff position — not a PhD studentship.
Deadline
Oct 21, 2026
7 days
Funding
Salaried
£44.7k–£50.3k/yr
Start date
flexible (contract begins upon appointment)
Fixed-term
Location
Bristol
United Kingdom

Overview

This Senior Research Associate position at the University of Bristol focuses on advancing laser-based technologies for lithium isotope enrichment. Based in the Interface Analysis Centre within the School of Physics, the role involves designing, commissioning, and optimizing laser and optical systems for experimental success. The successful candidate will collaborate with a multidisciplinary team led by Professor Tom Scott, Dr Jacek Wasik, and Dr Dave Megson-Smith, bridging academic research and industrial innovation. The position emphasizes hands-on expertise in laser physics, spectroscopy, and vacuum engineering, with a strong emphasis on project delivery, technical excellence, and stakeholder collaboration in an industrially funded program.

laser physicsoptical engineeringisotope enrichmentspectroscopyvacuum systemsindustrial-academic collaborationexperimental physicsoptical diagnostics

What you'll do

  • Lead the development, commissioning, and optimization of advanced laser and optical systems for lithium isotope enrichment.
  • Design and integrate laser sources, spectroscopy tools, and optical diagnostics to ensure performance, stability, and precision.
  • Plan and conduct spectroscopy and process-development experiments to investigate isotope-selective interactions and evaluate process performance.
  • Analyze experimental data, interpret results, and apply scientific insights to solve complex technical challenges.
  • Collaborate with engineers, physicists, and technical specialists to integrate laser systems with vacuum equipment, diagnostics, and control systems.
  • Contribute to project planning, equipment procurement, commissioning, and technical reporting, ensuring high standards of safety, quality, and reproducibility.
  • Work closely with private-sector partners and suppliers, contributing to technical reviews and ensuring research outputs meet professional and commercial standards.
  • Deliver key milestones and maintain confidentiality and stakeholder expectations in an industrially funded program.

Requirements

Degree required: PhD in physics, optical engineering, or a related discipline, or equivalent research experience

Language: English (proficiency required for effective communication and collaboration)

Instruction: English

Required skills
  • Significant hands-on experience in laser physics, optics, and spectroscopy
  • Proven expertise in designing, commissioning, and troubleshooting complex laser systems
  • Experience with spectroscopy and process-development experiments
  • Ability to integrate laser systems with vacuum equipment, diagnostics, and control systems
  • Strong organizational and collaborative skills for fast-paced research environments
  • Commitment to laboratory safety, research quality, and technical excellence
Nice to have
Experience with industrially funded research programsBackground in interdisciplinary collaboration between academia and industryFamiliarity with advanced optical diagnostics and vacuum engineering
Eligibility
  • No explicit eligibility restrictions mentioned beyond PhD or equivalent research experience

Funding & terms

Type
Salaried
Amount
£44.7k–£50.3k/yr
Duration
up to 11 months (fixed-term)
Programme
University of Bristol (industrially funded programme)
University of Bristol (industrially funded programme)

How to apply

Deadline: 2026-10-21 (Europe/London)

Applicants should submit their application through the University of Bristol’s job portal. Ensure your application includes a CV, cover letter, and any additional documents requested. The application process will close at 23:59 UK time on October 21, 2026.

Documents required
  • CV
  • Cover letter
  • Additional documents if required by the application portal
↗Apply on site

Contact

Jacek Wasik· Informal queries contact

jacek.wasik@bristol.ac.uk

TS
Prof.
Tom Scott
School of Physics
Lab
Interface Analysis Centre
University of Bristol
United Kingdom
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