IC-3-7 Rewiring Mammalian Cells Metabolism to Enable Sustainable On-Demand Biomanufacturing (PhD) Imperial College London in United Kingdom

PhD opportunity in programmable DNA nanotechnology for the selective recovery of critical and rare elements at The University of Edinburgh . The project is jointly supervised by Davide Michieletto and Jason Love and explores how DNA nanostructures could enable more selective, reusable, and sustainable recovery of rare-earth elements and other rare and precious metals. These elements are important for electronics, permanent magnets, and low-carbon technologies, but their clean separation and recy...

Funded PhD opportunity at Coventry University in the Centre for Discoveries in Life Sciences, delivered through the Midlands Integrative Biosciences Training Partnership (MIBTP). This project focuses on bioleaching , tantalum recovery , superalloy waste , critical minerals , and environmental biotechnology . The research will investigate microbial mechanisms for mobilising tantalum from superalloy-processing wastes and selectively removing contaminating metals such as calcium and tungsten. It co...

Imperial College London is advertising a Research Associate position in the Department of Chemical Engineering at the South Kensington Campus (hybrid). The project focuses on the development of a biobased solvent extraction system for recovering biological products, with emphasis on fermentation products such as lipids and proteins . The work is supervised by Professor Jason Hallett in collaboration with Professor Rodrigo Ledesma , and is part of the wider EU project PROPEL: Protein Production i...

University of Birmingham is advertising a Research Fellow in Battery Materials Recycling within the College of Engineering and Physical Sciences and the School of Metallurgy and Materials in Edgbaston, Birmingham, UK. This fixed-term post is part of HERMES (Hazardous Energy Recycling: Methods for Emerging Specialist Chemistries), a 30-month Innovate UK -funded project led by Recyclus Group Ltd in partnership with the University of Birmingham. The project focuses on developing and validating safe...

🚨 PhD opportunity in microbiology , materials science , and environmental sustainability at Queen's University Belfast . The project, titled “Can bio-based additives enhance microbial recruitment and degradation of plastics without compromising performance?” , will investigate whether components inspired by natural polymers can promote microbial colonisation and improve plastic biodegradation while preserving key material properties. The student will work on developing and characterising novel c...