Hydraulic Engineer

About SUEZ ANZ
With over 160 years of global expertise in water, waste, and resource recovery, SUEZ is helping shape a more sustainable future through innovative water infrastructure solutions and circular economy initiatives across Australia and New Zealand.
As part of the growth of our Advisory team, we are seeking a Hydraulic Modelling Engineer to support strategic water and wastewater projects, leveraging SUEZ's global expertise, digital tools, and operational know-how.
About the Role
You will deliver hydraulic modelling and advisory services across water distribution and sewer collection networks, supporting projects from strategic planning and concept development through to operational optimisation and asset management.
Key Responsibilities:Develop and calibrate hydraulic models for water and wastewater networks.Perform network analysis, scenario modelling, and technical assessments.Support master planning, concept design, and operational improvement studies.Undertake data collection, field investigations, and monitoring activities.Prepare technical reports, presentations, and project deliverables.Collaborate with multidisciplinary teams, water utilities, and industry partners.Engage with clients and stakeholders to provide technical advice and project support.
About You
Degree-qualified Engineer in Civil, Environmental, Water, or related discipline.Experience in hydraulic modelling of water and/or wastewater networks (ideally 3-8 years)Proficient in modelling software such as InfoWorks, InfoWater, WaterGEMS, SewerGEMS, EPANET, or similar.Strong analytical, problem-solving, and communication skills.Experience working with water utilities or consulting environments with exposure to both water and waste water.
Why SUEZ?Join a global leader in water and environmental services.Work on impactful projects that support sustainable communities.Access world-class expertise, digital solutions, and career development opportunities.Be part of a growing advisory team shaping the future of water infrastructure across ANZ