Cranfield University

What you'll study

This taught master's combines core engineering, process science and applied laboratory and pilot-scale practice to build capability in water and wastewater treatment. Teaching covers physical, chemical and biological treatment processes, including coagulation and flocculation, filtration, membrane technologies, biological nutrient removal, sludge treatment and reuse. Modules explore process monitoring and control, environmental modelling, risk assessment and water quality management, and include practical sessions in analytical techniques and pilot plants.

The programme typically comprises a set of compulsory taught modules delivered through lectures, seminars and lab/practical sessions, plus option modules that let you emphasise topics such as advanced membrane processes, resource recovery, industrial wastewater treatment or water reuse. The degree culminates in an independent research or industrial project that applies classroom learning to a real-world problem, often carried out with a water company, consultancy or research centre.

Entry requirements

Applicants are normally expected to hold a good undergraduate degree in engineering, chemistry, environmental science, microbiology, or another relevant scientific or technical discipline. Candidates with professional experience in the water sector or a related industry may be considered even if their first degree is in a different subject, provided they can demonstrate appropriate technical ability.

International applicants must meet English language requirements appropriate for postgraduate study; evidence of previous study in English or recognised test scores are routinely used. Admissions decisions take account of academic transcripts, references and a statement of purpose that explains how the programme fits career goals.

Career prospects

Graduates enter a wide range of roles across the water sector and related industries. Typical employers include water and wastewater utilities, environmental and process engineering consultancies, industrial companies with on-site wastewater treatment, regulatory bodies, and specialised technology providers for membranes, sensors and instrumentation.

• Process engineer or process optimisation specialist in utilities and treatment works
• Design engineer for water and wastewater treatment plants
• Environmental consultant specialising in water quality, permitting and compliance
• Research and development roles in academia, technology providers or research institutes
• Project manager for water infrastructure, resource recovery or water reuse schemes

Why study at Cranfield University

Cranfield has a long-standing, applied focus on water engineering and environmental technology, with dedicated facilities for water and wastewater research and pilot-scale testing. The university's strong links with water companies, industrial partners and regulatory bodies create opportunities for collaborative projects, industry placements and knowledge exchange.

Hands-on laboratory and pilot plant work is an integral part of the course, giving practical experience of process control, instrumentation and troubleshooting. Students benefit from multidisciplinary teaching that combines engineering, science and management perspectives, and from a campus environment geared to postgraduate technical education and close engagement with industry.

Overall, the programme is designed to develop practical skills and technical judgement that prepare graduates to address contemporary challenges in water quality, resource recovery and sustainable wastewater management.