AI-assisted grading of end-of-life wind turbine composite materials for a circular economy

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Sheffield, United Kingdom

Student / Phd Jobs

Closes: Jul 13, 2026

Material recovery from end-of-life photovoltaics

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Birmingham, United Kingdom

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Digital Design of Low-Carbon Leather Composite Textiles from Fashion and Industrial Waste

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London, United Kingdom

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Accelerating Materials Innovation: Generative AI for Wear-Resistant Alloy Design

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Glasgow, United Kingdom

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(Fusion Power CDT) Advanced Fusion Metallurgy through Machine Learning – Enhanced Electron Hyperspectral Imaging: Bridging the gap from Electronic Density of States to Functional Integrity in Fusion components

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Sheffield, United Kingdom

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Material Science and Engineering: The development of a new industrial metallic coating for construction and solar applications

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Swansea University (Bay Campus), PMRC – Baglan Bay, Swansea, United Kingdom

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Bayesian Digital Twinning of Gradient Materials Tests for Accelerated Alloy Qualification

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London, United Kingdom

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2D materials-reinforced multifunctional coatings for built environments (PhD Engineering)

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Streatham Campus, Exeter, United Kingdom

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Understanding the Role of Self-Poisoning in Polymer Crystallisation

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Sheffield, United Kingdom

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Bioinspired Materials for Healthcare and Industrial Applications (Ref: MP-JC-2501)

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Loughborough, United Kingdom

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Thermo-mechanical behaviour of titanium alloys under process-representative conditions for predictive modelling of linear friction welding

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Oxford, United Kingdom

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Digitally enabled development of sustainable metamaterials to create circular alternatives to current unsustainable parts widely used in industry

University of Sheffield

Western Bank, Sheffield S10 2TN, UK

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Vanadium alloy to tungsten armour joining for fusion first-wall/blanket & plasma-facing components

University of Birmingham

Birmingham, UK

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Understanding Oxide Growth and Decomposition during the Application of Electromagnetic Fields through Advanced Mathematical and Numerical Modelling

University of Manchester

Oxford Rd, Manchester M13 9PL, UK

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Novel routes for in-situ measurements during the manufacture of thin flexible electronic films.

University of Sheffield

Western Bank, Sheffield S10 2TN, UK

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Next-Generation Functional Thin-Film Materials for Clean Energy and Net Zero Propulsion - ENG 281

Nottingham University

Nottingham NG7 2RD, UK

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Self-funded doctoral research in Advanced Mechanical/Material Engineering areas focusing on design and development of the novel metamaterials for multifunctional applications in energy systems

Cranfield University

Cranfield, Bedford, UK

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Techniques of improvement of fracture toughness in composites and development of multi-scale computational models for the simulation of the crack propagation and prediction of the residual strength

University of Southampton

University Rd, Southampton SO17 1BJ, UK

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Novel composite materials in non-ambient environmental conditions

University of Southampton

University Rd, Southampton SO17 1BJ, UK

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High-Throughput Development of High-Performance Copper Alloys via Additive Manufacturing

Heriot-Watt University

Riccarton, Edinburgh EH14 4AS, UK

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(Fusion Power CDT) Advanced Fusion Metallurgy through Machine Learning – Enhanced Electron Hyperspectral Imaging: Bridging the gap from Electronic Density of States to Functional Integrity in Fusion components

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Sheffield, United Kingdom

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AI-assisted grading of end-of-life wind turbine composite materials for a circular economy

Material recovery from end-of-life photovoltaics

Digital Design of Low-Carbon Leather Composite Textiles from Fashion and Industrial Waste

Accelerating Materials Innovation: Generative AI for Wear-Resistant Alloy Design

(Fusion Power CDT) Advanced Fusion Metallurgy through Machine Learning – Enhanced Electron Hyperspectral Imaging: Bridging the gap from Electronic Density of States to Functional Integrity in Fusion components

Material Science and Engineering: The development of a new industrial metallic coating for construction and solar applications

Bayesian Digital Twinning of Gradient Materials Tests for Accelerated Alloy Qualification

2D materials-reinforced multifunctional coatings for built environments (PhD Engineering)

Understanding the Role of Self-Poisoning in Polymer Crystallisation

Bioinspired Materials for Healthcare and Industrial Applications (Ref: MP-JC-2501)

Thermo-mechanical behaviour of titanium alloys under process-representative conditions for predictive modelling of linear friction welding

Digitally enabled development of sustainable metamaterials to create circular alternatives to current unsustainable parts widely used in industry

Vanadium alloy to tungsten armour joining for fusion first-wall/blanket & plasma-facing components

Understanding Oxide Growth and Decomposition during the Application of Electromagnetic Fields through Advanced Mathematical and Numerical Modelling

Novel routes for in-situ measurements during the manufacture of thin flexible electronic films.

Next-Generation Functional Thin-Film Materials for Clean Energy and Net Zero Propulsion - ENG 281

Self-funded doctoral research in Advanced Mechanical/Material Engineering areas focusing on design and development of the novel metamaterials for multifunctional applications in energy systems

Techniques of improvement of fracture toughness in composites and development of multi-scale computational models for the simulation of the crack propagation and prediction of the residual strength

Novel composite materials in non-ambient environmental conditions

High-Throughput Development of High-Performance Copper Alloys via Additive Manufacturing