Principal Wastewater Hydraulic Modeller
An opportunity is available for a Principal/Associate Wastewater Hydraulic Modeller to join a well-established multidisciplinary water team delivering infrastructure and environmental solutions across the UK and internationally. The team works on a broad portfolio of projects including wastewater networks, drainage design, SuDS, and surface water management for water utilities, local authorities, transport authorities, and private developers. Responsibilities of Principal Wastewater Hydraulic Modeller: * Lead hydraulic modelling studies including model build, maintenance, calibration, and verification. * Support the delivery of storm overflow reduction, flood alleviation, and environmental improvement schemes. * Develop wastewater catchment strategies and associated infrastructure solutions. * Ensure technical quality, compliance with relevant standards, and high-quality project outputs. * Work closely with project managers to deliver programmes of work effectively. * Contribute to bid preparation, including technical inputs and cost estimates. * Mentor and support junior staff while encouraging professional development. * Participate in technical innovation and continuous improvement initiatives. Requirements for Principal Wastewater Hydraulic Modeller: * Understanding of UK Water Industry and regulatory issues. * Proven track record in coordinating and delivering technically excellent projects. * Expertise using InfoWorks ICM and ICM Exchange. * Expertise in hydraulic modelling, catchment planning and solution development. * Ability to review work of others to provide quality assurance and drive continuous improvement in work delivered to the client. * Excellent collaboration and communication skills. * Expertise in MS 365 applications, and knowledge in areas such as PowerBI and SharePoint. * Experience working with software such as FME, Optimatics, Ruby (or similar) would be advantageous. * Relevant degree or vocational qualification. * Chartered with a relevant professional institution (i.e. ICE or CIWEM) would be advantageous