Earlham Institute · United Kingdom
This Earlham Institute PhD tests whether controlling the timing and location of resistance-gene expression can preserve crop protection while reducing growth penalties. Potato cyst nematodes provide t
✓ Fully Funded£21,805/year University of East Anglia · United Kingdom
PhD position at UEA focused on design optimisation of brushless doubly fed machines (BDFMs) for offshore wind turbine generators. Start date 1 February 2027.
Earlham Institute · United Kingdom
This Earlham Institute PhD will map gene-expression changes across the Euglena gracilis cell cycle. It examines a protist whose regulation differs substantially from familiar plant and animal systems.
✓ Fully Funded£21,805/year University of Sheffield · United Kingdom
This Sheffield ECOSOLUTIONS project investigates whether an exhibition about river pollution can change household behaviours. It builds on the Confluence for Change materials from the ECOMIX project.
✓ Fully Funded£21,805/year Earlham Institute · United Kingdom
Earlham Institute is offering a PhD on using explainable AI to design regulatory DNA in plants. The project asks whether model explanations can reveal sequence rules that withstand biological testing.
✓ Fully Funded£21,805/year University of Sheffield · United Kingdom
This Sheffield ECOSOLUTIONS project considers how chemical regulation might remain effective across changing social, economic and environmental conditions. It uses futures analysis rather than assumin
✓ Fully Funded£21,805/year Earlham Institute · United Kingdom
This Earlham Institute doctorate investigates how genome sequences determine DNA replication origins. It combines computational prediction with synthetic-biology experiments in yeast.
✓ Fully Funded£21,805/year Earlham Institute · United Kingdom
Earlham Institute is offering a doctorate on the gene-expression events that establish lateral root founder cells. The project combines biological recording circuits with single-cell analysis.
✓ Fully Funded£21,805/year University of Sheffield · United Kingdom
This Sheffield ECOSOLUTIONS doctorate develops optical sensors for continuous environmental chemical monitoring. Dissolved copper provides the initial case study.
✓ Fully Funded£21,805/year Earlham Institute · United Kingdom
The Blood2Tissue project at Earlham Institute investigates whether blood measurements can reliably predict gene-expression programmes in less accessible tissues. A central question is when individual
✓ Fully Funded£21,805/year