Hydrologist | Flood Hydraulic Modeller

Stantec UK Careers; United Kingdom; Hybrid; GBP 42,000 - 65,000; Full time

Benefits offered by this job

Competitive salary

Bonus schemes

Enhanced pension plan

Annual leave with buy/sell options

Private medical insurance

Group income protection & life cover

Discounted gym membership

Hybrid/flexible working

Job summary

Stantec's Hydrology and Flood Risk team in the UK is seeking a Hydrologist or Flood Hydraulic Modeller to join a collaborative group across multiple offices. You will work on 1D-2D flood risk modelling, water supply resilience studies and river restoration, using Flood Modeller, TUFLOW or InfoWorks ICM, with GIS analysis and high-quality reporting.

You will develop your expertise and help mentor junior colleagues within a supportive, flexible, hybrid-working environment.

Qualifications

• Degree in Civil Engineering, Geography, Environmental Science or related subject.
• Working towards Chartership with CIWEM, ICE or similar.
• Solid experience delivering hydraulic modelling projects.
• Good communication skills alongside technical ability.

Responsibilities

• Deliver hydraulic modelling projects across 1D/2D flood modelling, including fluvial, pluvial or tidal settings.
• Produce high-quality technical reports for a range of audiences.
• Support development of junior colleagues and collaborate with a large, expert team.

Job description

Climate change is reshaping how we think about water. Flood risk is growing, infrastructure is under pressure, and the need for skilled hydrologists and hydraulic modellers who can translate complex data into real-world solutions has never been more pressing.

At Stantec, our Hydrology and Flood Risk team is at the forefront of that work. From nationally significant Strategic Resource Options assessments to river restoration and flood risk appraisals, we are delivering projects that matter, and we are looking for a Hydrologist or Flood Hydraulic Modeller who wants to be part of that story.

About The Role

You will join a friendly, collaborative group of over 100 Hydrologists, Hydrogeologists, Water Resources Planners and Water Quality Scientists, with flexibility to be based from our Edinburgh, Glasgow, Manchester, Leeds, Newcastle, Bristol or Cardiff offices.

Your work will span a wide range of hydraulic modelling projects across the water sector, including 1D-2D flood risk modelling, public water supply resilience studies and support for Local Flood Authorities. Typical projects include modelling new infrastructure in floodplains, eel screen installation assessments, reservoir decommissioning studies and river restoration work, predominantly using Flood Modeller-TUFLOW packages. Some of this work contributes to nationally significant long-term water supply resilience programmes across the UK.

You will also have the opportunity to broaden your expertise across hydrology, SuDS design, flood risk appraisal and development planning, with the support of an experienced team around you and the chance to develop junior colleagues as your own skills grow.

Your core technical experience will include 1D/2D hydraulic modelling using Flood Modeller, TUFLOW, or InfoWorks ICM across fluvial, pluvial, or tidal settings; GIS analysis using ArcGIS Pro or QGIS; preparation of Flood Risk Assessments in line with national planning policy; and the production of high-quality technical reports for a range of audiences.

Beyond the essentials, experience in any of the following would be welcome: hydrological methods such as FEH, ReFH2 and WINFAP; surface water drainage strategies and SuDS design; LLFA studies; natural flood management; or contributions to Environmental Impact Assessments.

Your Impact

The work you do here will help communities become more resilient to flooding, protect public water supplies and support the restoration of rivers and natural systems that have been under pressure for decades. These are not abstract outcomes. They are felt by real people in real places, and your modelling sits at the heart of making them happen.

As you grow in the role, you will also have the opportunity to support and develop junior colleagues, passing on the technical knowledge that makes the difference between good work and great work.

About You

You hold a degree in Civil Engineering, Geography, Environmental Science or a related subject, and you are working towards Chartership with CIWEM, ICE or a similar professional body. You have solid experience delivering hydraulic modelling projects, and you bring good communication skills alongside your technical ability.

You are comfortable working across multiple projects in a collaborative team environment, and you are motivated by the opportunity to keep developing your skills in a supportive setting that genuinely invests in its people.

Why Join Us

• We put people first: We're proud of our friendly, inclusive and collaborative environment where everyone feels valued and driven to succeed.
• We are driven to achieve: Named in the top 50 companies to work by Glassdoor 2025. Recognised by Corporate Knights as one of the world's top 10 most sustainable companies 2025. Named 'Best Place to Work' and 'International Consulting Firm of the Year' at the NCE Awards 2024.
• We do what is right: Industry leading training and development as well as paid for professional subscriptions. A professional progression plan, supporting you to become chartered with ICE.
• We are better together: A supportive and collaborative team environment and Early Careers peer group and wider ERG network (see more on our ERGs here: Stantec Employee Resource Groups)
• Growth: We're on an exciting growth journey across the UK - we want you to be part of it!
• Great Benefits: Competitive salary, bonus schemes, enhanced pension plan, annual leave with the option to buy/sell additional days, private medical insurance, group income protection & life assurance included as standard as well as discounted gym membership and lots more.
• Hybrid / Flexible working: Enjoy a healthy work-life balance with our hybrid approach to flexible working.

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