Our client is seeking a Wastewater Hydraulic Modeller to join its expanding water and wastewater infrastructure team on a permanent basis. You will support the delivery of wastewater modelling, drainage, flood risk and environmental improvement projects for water companies, local authorities, developers and other infrastructure clients.

Key Responsibilities:

• Developing computer models to investigate wastewater network issues, flooding risks and investment needs
• Analysing hydraulic, environmental and network data to support feasibility studies and outline solutions
• Building, calibrating and verifying wastewater and dirty water network models
• Using modelling outputs to support planning, operational assessments and engineering solution development
• Preparing technical reports and other project deliverables, clearly presenting findings and recommendations
• Undertaking site visits and liaising with clients, contractors, stakeholders and other professional bodies
• Supporting tender responses, fee estimates, technical innovation and continuous improvement at senior levels

Job Requirements:

• Experience in wastewater, waste water or dirty water hydraulic modelling and distribution networks
• Understanding of urban drainage modelling using InfoWorks ICM or InfoWorks CS
• Knowledge of GIS packages such as ArcGIS or MapInfo
• Ability to analyse data and produce accurate technical reports
• Understanding of the UK water industry and relevant regulatory requirements
• Experience in model build, calibration, verification, hydraulic analysis or water quality assessment for senior roles
• Knowledge of catchment planning and Drainage and Wastewater Management Plans would be advantageous
• Degree, HNC or HND in geography, GIS, science, civil engineering or a related subject, or an equivalent qualification

If you are experienced in wastewater hydraulic modelling or are looking to develop your career in the water sector, our client would welcome your application. Apply now to join a collaborative team delivering innovative solutions for the future of water infrastructure.