Modelling Specialist

He angitūtanga: The opportunity 

Join our Catchment Modelling team as a Modelling Specialist and apply your hydraulic and hydrological modelling expertise to support stormwater network planning, flood risk assessment, and infrastructure design across Tāmaki Makaurau. With two positions available, this is an excellent opportunity to join a growing team with an established core modelling function that underpins critical decision-making across the Healthy Waters & Flood Resilience department. 

You’ll help develop, manage, and quality‑assure network and flood hazard models so decision‑makers can rely on accurate, fit‑for‑purpose insights. Working within the Healthy Waters & Flood Resilience department, you’ll collaborate across a multidisciplinary network planning environment, contribute to on-going improvement of modelling methodologies and data practices.

Day‑to‑day you could expect to work on:

• Developing, reviewing, and quality‑assuring hydraulic and hydrological models for stormwater networks and flood hazard assessments
• Providing technical modelling input across network planning and related stormwater projects
• Maintaining high standards of data quality and model management, including the application of robust QA/QC procedures
• Contributing to the development and continuous improvement of tools, systems, and processes for collecting asset and topographical data, and for generating and publishing flood and network capacity information
• Supporting business intelligence tools and GIS data platforms so information is well-organized, accessible, and fit for purpose

Click here to view the Position Description.

He kōrero mōu: About you 

A passion for solving complex challenges and making a tangible impact on Auckland’s resilience drives your work. With a solid foundation in engineering and hands-on experience in hydraulic or hydrological modelling and data management, you thrive in environments where technical expertise meets real-world outcomes. 

Analytical thinking, curiosity, and a knack for translating intricate data into actionable insights sets you apart. Collaboration comes naturally and you enjoy working alongside diverse teams to deliver trusted advice. 

A commitment to continuous learning, embracing te ao Māori, and championing inclusive, safe work practices ensures you’re always growing—professionally and personally.

Specifically, we are looking for:

• Tertiary qualification in Engineering or related discipline
• 3–7 years of experience in hydraulic or hydrological modelling, ideally in stormwater or flood risk contexts
• Skill in interpreting modelling results to guide planning, policy, and design decisions
• Proficiency with ICM/TUFLOW/HEC‑RAS and GIS (QGIS/ArcGIS Pro)
• Strong data management and quality assurance discipline across models and datasets
• Confident communication and stakeholder engagement, with the ability to work across multidisciplinary teams and manage competing priorities

Ngā āhuatanga kei a mātou: What we offer

At Auckland Council, you will join a dynamic, supportive environment where your mahi (work) will directly impact the lives of over 1.7 million Aucklanders. We offer flexible working conditions, a focus on well-being, and a culture of continuous improvement.

We are proud to be recognised for our commitment to diversity, equity and inclusion. We are accredited by GenderTick, a signatory of the Pride Pledge. These commitments reflect our ongoing efforts to create a workplace where all staff feel valued, respected, and empowered to thrive. 

Together, we can create a Tāmaki Makaurau we can all be proud of.

As part of our organisation, please view a range of our: benefits

Tono Mai: Apply Now!

Application close date: Friday 6th of February at 11.59pm

Auckland Council is an equal opportunity employer (EOE) and we are committed to providing a working environment that embraces and values diversity and inclusion. If you have any support or access requirements, we encourage you to advise us at the time of application to assist you through the recruitment process.