Developing a design tool for low-tech high-performance biofiltration for rural communities

Mixed microbial communities can be found in almost every habitat on earth and play vital roles driving global biogeochemical cycles, in human health and in the development of biotechnologies including those that underpin the water and wastewater treatment industry. Modern analytical methods are allowing greater insights to complex microbial communities than ever before yet, to date, the goal of rationally engineering the ecology and function of mixed microbial communities remains elusive. This PhD will use simple mathematical modelling to draw on data derived from the most up-to-date analytical tools to develop, calibrate and implement a design tool enabling eco-engineering and optimisation of microbial community function to provide low-tech, high-performance biofilters for the treatment of drinking water for rural communities.

The position, based at the University of Glasgow, offers a unique and exciting opportunity to work at the forefront of environmental engineering along-side industry partners, Scottish Water, gaining experience in both academic and professional environments. We are seeking exceptional candidates to join an internationally leading research group to deliver real-world solutions through evidenced based research. Applications from highly motivated candidates with strong backgrounds in the following or related disciplines are welcomed: civil engineering, mathematics, statistics, bioinformatics, microbiology, molecular biology, analytical or environmental chemistry. Candidates will ideally hold a masters level qualification and a good undergraduate degree. Funding, for EU and UK students only is available for 3.5 years for PhDs 1-3 includes a stipend (£14, 296 per annum) and fees (£4,121 per annum) at RCUK levels from October 2017. For further details and full applications (curriculum vitae, cover letter stating PhD of interest and contact details of two referees) by the 25th of August to Dr. Stephanie Connelly [Email Address Removed]