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The University of Liverpool is offering a fully funded PhD position in High Power Laser Development, based within the EPSRC Energy Transfer Technologies Doctoral Training Hub. This research project is ideal for candidates interested in advanced laser physics, optical engineering, and energy transfer technologies. The position includes collaboration with the industrial partner QinetiQ and provides an enhanced stipend, additional funds for travel, conferences, and research equipment.
Research Focus
The PhD project focuses on developing high-energy, high repetition-rate lasers using optical fiber systems. The candidate will work on combining multiple laser outputs through polarization combination to achieve a single high-power beam. Key goals include:
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Improving the performance of chirped pulse amplifier Yb lasers compared to conventional solid-state systems.
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Developing innovative laser technologies that push the boundaries of current energy output.
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Investigating and optimizing optical fiber laser systems for enhanced energy transfer and beam quality.
The research sits at the intersection of laser physics, optical engineering, plasma physics, and materials science, with applications in both defense technologies and industrial laser systems.
Duties and Responsibilities
The PhD candidate will:
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Conduct experimental research on high-power laser systems and optical fiber lasers.
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Design and test polarization combination techniques to generate a single high-energy output beam.
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Develop and implement innovative laser methods and technologies.
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Collaborate with industrial partners for practical implementation and testing.
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Document and present research findings at academic and industry conferences.
Required Qualifications
Applicants must:
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Hold a minimum of an upper Second-Class UK Honours degree or international equivalent in engineering, physics, or a related science discipline.
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Be UK Nationals and able to obtain Baseline Personnel Security Standard (BPSS) clearance.
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Demonstrate strong analytical, experimental, and problem-solving skills.
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Show motivation and interest in advanced laser systems and applied engineering research.
Benefits and Support
The PhD studentship provides:
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Full tuition fees and an enhanced stipend of £24,780 per year.
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Additional funding of £7,000 per year for conferences, travel, and research equipment.
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Access to industrial placements and collaboration with QinetiQ.
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Comprehensive training in both academic and industrial research.
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Participation in a vibrant cohort of PhD students within the Energy Transfer Technologies Hub.
Employment Details
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Duration: 4 years
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Start Date: 1 October 2026
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Location: University of Liverpool, United Kingdom
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Funded position with enhanced financial support for research activities
Field of Study
This PhD is primarily in Engineering, with a focus on:
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Laser Physics and Photonics
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Optical Engineering
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Plasma Physics
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Materials Science for Laser Applications
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Applied Engineering in Energy Transfer Technologies
Candidates will gain expertise in high-power laser design, fiber optics, energy transfer, and advanced experimental techniques suitable for both academic and industrial careers.
How to Apply
Interested candidates should contact the supervisor for guidance prior to applying and submit a complete application through the university’s research application system by 31 March 2026.
Apply now at : High Power Laser Development PhD | Courses | University of Liverpool
