About the Opportunity

This project is part of the ReNU+ CDT initiative, designed to train researchers in cutting-edge energy technologies for a Net Zero future. Rechargeable batteries play a critical role in electrification and renewable energy storage. This PhD project aims to revolutionize the manufacturing and performance of Li-S ASSBs using graphene-reinforced ionic-electronic composites. These innovative batteries will use non-flammable solid electrolytes, sustainable materials, and advanced manufacturing technologies, addressing global challenges like climate change and resource sustainability.

As part of this interdisciplinary research, you will work closely with experts in mechanical and chemical engineering and collaborate with Levidian Nanosystems Ltd., a leading industrial partner.

Your Responsibilities

• Develop and test Li-S ASSB prototypes with enhanced performance and sustainability.
• Investigate graphene-reinforced composites to replace critical materials like cobalt and nickel.
• Optimize sustainable and energy-efficient manufacturing processes.
• Collaborate with academic and industry experts, contributing to practical and scalable solutions.

Eligibility Requirements

• A minimum 2:1 Honours degree (or international equivalent) in Engineering, Chemistry, Physics, or related disciplines.
• Strong research enthusiasm, analytical skills, and communication abilities.
• International applicants require an IELTS score of 6.5 overall (minimum 5.5 in all sub-skills).
• Evidence of equivalent skills may be considered—contact Dr. Chuan Cheng for details.

What We Offer

• Financial Support: Full tuition coverage, £19,237 annual stipend, and additional allowances for consumables, equipment, and travel.
• Collaborative Research: Work with a dynamic team across disciplines and industrial partnerships.
• Skill Development: Hands-on experimental training and access to Newcastle’s world-class facilities.
• Future Opportunities: Engage with the UK’s battery manufacturing hub and the Faraday Battery Challenge.

How to Apply

1. Register via the Apply to Newcastle Portal.
2. Select 'PhD Energy Materials' (Course Code: 8208F) as the programme of study.
3. Submit the following documents:
   • Personal Statement detailing your motivation and qualifications.
   • Competency Assessment Form (instead of a research proposal).
   • Up-to-date CV.
4. Include the studentship code ReNU25_1 in the ‘Studentship/Partnership Reference’ field.