The AI-Driven Solar-Laser Hybrid Sintering for Lunar Regolith Metamaterials Scholarship 2026 at the University of Southampton, United Kingdom, is a fully funded doctoral research opportunity. The project focuses on developing advanced AI-assisted manufacturing methods to transform lunar regolith (Moon soil) into structural metamaterials for future space infrastructure.

About the AI-Driven Solar-Laser Hybrid Sintering for Lunar Regolith Metamaterials Scholarship

The University of Southampton offers this PhD project under the Faculty of Engineering and Physical Sciences.

The research investigates how laser and solar sintering techniques convert lunar regolith into strong, functional materials for building infrastructure on the Moon, such as landing pads, shelters, and roads.

The project studies the microstructural evolution and mechanical behavior of sintered regolith materials. It combines advanced experimental techniques such as microscopy, nano-/micro-mechanical testing, and graph neural network (GNN) modeling to understand how pore structure and glass formation influence material strength.

The research also develops AI-based predictive models that optimize regolith processing conditions for improved mechanical performance and sustainable extraterrestrial construction.

Why Choose The AI-Driven Solar-Laser Hybrid Sintering for Lunar Regolith Metamaterials Scholarship?

This PhD allows you to work at the frontier of space exploration, materials science, and artificial intelligence.

You gain hands-on experience in advanced materials testing, AI modeling, and space manufacturing technologies.

You also contribute to future technologies for lunar habitation by developing materials that enable sustainable construction beyond Earth.

AI-Driven Solar-Laser Hybrid Sintering for Lunar Regolith Metamaterials Scholarship Summary

  • Host Country: United Kingdom
  • Host University: University of Southampton
  • Scholarship Name: AI-Driven Solar-Laser Hybrid Sintering for Lunar Regolith Metamaterials
  • Study Level: PhD (Doctoral Research)
  • Funding Type: Fully funded studentship
  • Duration: Up to 3.5–4 years
  • Funding Coverage: Full tuition fees + UKRI stipend (tax-free)
  • Research Field: Space materials, AI, additive manufacturing, lunar engineering
  • Selection Basis: Academic excellence, engineering background, and research potential
  • Application Requirement: Direct PhD application with supervisor contact
  • Closing Date: 30 June 2026

Scholarship Benefits

This PhD studentship provides:

  • Full tuition fee coverage
  • A tax-free UKRI stipend (approx. £20,780+ per year, rising annually)
  • Training in AI-driven materials design and additive manufacturing
  • Access to advanced microscopy and mechanical testing laboratories
  • Experience in lunar regolith simulation and space construction research
  • Collaboration with interdisciplinary engineering research teams
  • Opportunities for publications and international research exposure

Eligibility Criteria

You qualify for this PhD if you:

  • Hold a UK 2:1 honours degree or international equivalent
  • Have a background in:
    • Mechanical engineering
    • Civil engineering
    • Materials science
    • Physics or related disciplines
  • Show interest in:
    • Materials microstructure
    • Additive manufacturing
    • Machine learning applications in engineering
  • Demonstrate:
    • Strong analytical skills
    • Research motivation and independence
  • Meet English language requirements (IELTS 6.5 or equivalent if required)

Required Documents

You must submit:

  • Completed University of Southampton PhD application
  • Academic CV
  • Degree transcripts and certificates
  • Two academic references
  • Research proposal or statement of interest (1–2 pages preferred)
  • English language test results (if applicable)
  • Supervisor contact details (recommended)

Application Process & Timeline

You follow these steps:

  1. You apply for a PhD in Engineering and Physical Sciences at the University of Southampton.
  2. You select the relevant project and contact the supervisor (Dr Ye Li).
  3. You prepare a CV, transcripts, references, and a research proposal.
  4. You submit your application through the university portal.
  5. The university reviews academic and technical suitability.
  6. Shortlisted candidates may be interviewed.
  7. Successful applicants receive a fully funded PhD offer.