PhD Position in Material Science

PolytechnicPositions; Nottingham; On-site; GBP 27,000; Full time

Job summary

A leading academic institution in the UK is offering a PhD position in Material Science focused on developing advanced thermal barrier coatings for aerospace applications. The candidate will bridge science and industry using digital technologies and coatings processes. A UK MEng 2:1 or equivalent is required, alongside a strong aptitude for experimental research. The position includes tuition fees, a tax-free stipend up to £26,780, and a research training support grant of £4,000.

Benefits

Tax-free stipend of up to £26,780

Research training support grant of £4,000

CDT cohort support including tailored courses and mentoring

Qualifications

• Minimum UK MEng 2:1 or equivalent required.
• At least 70% in the project element of the degree necessary.
• Strong experimental research aptitude is crucial.

Responsibilities

• Develop next-generation thermal barrier coatings (TBCs) for critical aeroengine components.
• Bridge fundamental science with industrial applications.
• Utilize digital technologies for evaluating TBC degradation.

Skills

Experimental research aptitude

Advanced materials science

Coatings technologies

Education

UK MEng 2:1 or equivalent in Materials, Mechanical, Manufacturing, Chemistry

Tools

Thermal spray deposition systems

Plasma spray

SEM/EBSD analysis

Job description

PhD Position in Material Science

University of Nottingham

United Kingdom

Reference: ENG273X1

Department: Digital Metal CDT, University of Nottingham - Centre for Excellence in Coatings & Surface Engineering

Partner: Rolls-Royce

Location: University of Nottingham, UK

Closing Date: Wednesday, 01 April 2026 (applications accepted until filled)

Duration: 4 years, enhanced stipend

Project Overview

This PhD project focuses on the development of next-generation thermal barrier coatings (TBCs) for critical aeroengine components, addressing challenges such as degradation caused by external contaminants (e.g., CMAS). The research combines:

• Advanced materials science and coatings technologies
• Thermal spray deposition systems for in-situ protective coatings
• Digital technologies for evaluating TBC degradation and contaminants
• Use of continuum robotic systems to test in-situ deployment feasibility

The work bridges fundamental science with industrial application, aiming to create intelligent, customizable coatings that enhance sustainability in the aerospace industry. Techniques include plasma spray, mini-combustion flame spray, SEM/EBSD analysis, burner rig testing, and furnace thermal cycling.

Students will also benefit from the CDT cohort support, including tailored courses, mentoring, career guidance, and conference opportunities.

Entry Requirements

• Minimum UK MEng 2:1 or equivalent in Materials, Mechanical, Manufacturing, Chemistry, or related discipline
• At least 70% in the project element of the degree
• Strong experimental research aptitude

Funding

• Tuition fees (UK rates)
• Tax-free stipend: up to £26,780 per year
• Research training support grant: £4,000

Application

Submit:

• CV
• Cover letter
• Names and contact info for two referees

Send applications directly to Prof. Tanvir Hussain -

In your application, please refer to Polytechnicpositions.com

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