Overview
Join to apply for the Principal Water Quality Modeller role at Mott MacDonald.
Location/s: Bristol, Cambridge, Leeds, London & Manchester UK (other office locations considered).
Relocation supported: Not supported.
Recruiter contact: Laura Easdon
Mott MacDonald is a global engineering, management, and development consultancy. Our purpose is to improve society by considering social outcomes in everything we do, relentlessly focusing on excellence and digital innovation, transforming our clients’ businesses, our communities and employee opportunities. We are proud to be a top employer and to be recognised for inclusion in the UK. Our values are: Progress, Respect, Integrity, Drive, Excellence.
About The Division: The Water Consultancy Division is the centre of excellence within Mott MacDonald for responding to water and wastewater challenges, providing support to colleagues across our global business, and offering opportunities to get involved in diverse and technically challenging work. The work covers water and wastewater assets, climate change, aging assets, and population growth, and supports ambitious capital programmes across the full project life-cycle—from advisory services and feasibility studies to construction support and site supervision.
Job Description: As a Principal Integrated Catchment Water Quality Modeller, you will be part of a large team of specialists in wastewater networks, river impact assessments, water resources and flood risk. You will work with engineers and asset planners to deliver services for UK and international clients, using hydrodynamic and water quality modelling packages, developing integrated drainage and river network models, and undertaking statistical analyses. Opportunities exist across hydrology, systems modelling, groundwater modelling, flood modelling and computational fluid dynamics. Your input will help deliver complex multidisciplinary projects addressing storm overflows, discharge compliance, and environmental outcomes that benefit local communities and the environment.
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