The University of Southampton offers a fully funded PhD course to develop a new framework for urban agriculture. Called “Microbial Hydroponics: Novel Hydroponics Using Microbial Fuel Cells,” the project combines two promising technologies to create sustainable and efficient ways to grow food in urban areas. This is a great opportunity to study in UK.
The Mi-Hy Difference:
- Reduced reliance on fertilizers: MFC biofilm acts like an artificial root system for plants, providing essential nutrients and reducing unnecessary fertilizer application.
- Wastewater treatment: Mi-Hy utilizes household wastewater, treating it while generating power.
- Sustainable and efficient: The system only requires light, CO2 from the air, and wastewater for operation.
Your PhD Project:
As a PhD student, you’ll be involved in:
- Designing and developing new MFCs specifically for integration with existing hydroponic systems.
- Optimizing the system for high power generation, CO2 capture, and nutrient recycling from wastewater.
- Contributing to a collaborative EU project with researchers from four other European institutions.
Project Supervisors:
Dr. Yannis Ieropoulos
Dr. Yue Zhang
Dr. Paul Kemp
Eligibility:
A strong undergraduate degree (minimum UK 2:1 honors or international equivalent).
Funding:
UK students receive full tuition coverage and a tax-free stipend of £18,622 per year for up to 3.5 years.
How to Apply:
Applications close on August 31st, 2024.
Apply online by following these steps:
Choose the “Research” program type for 2023/24.
Select “Faculty of Physical Sciences and Engineering.”
In “PhD Engineering & Environment (Full time),” mention Dr. Yannis Ieropoulos as your supervisor.
Your application should include:
- A research proposal
- Curriculum Vitae
- Two reference letters
- Degree transcripts/certificates
Contact Information:
For more details, email feps-pgr-apply@soton.ac.uk.
The University of Southampton offers flexible work arrangements, support for career breaks, and a range of benefits to promote work-life balance.
Apply today and help shape the future of urban farming.
