Principal CFD Engineer - Dams & Hydraulic Structures
Location
Leeds, United Kingdom
Job Type
Full-time
Category
other-general
Posted
June 03, 2026
**Company Description**
**Job Description**
**Start here. Grow here.**
Are you ready to support a team of talented engineers and shape the future of the water industry?
Join our dynamic and multidisciplinary Water Team as a Principal CFD Engineer and help us deliver projects throughout the UK and internationally. This position offers a hybrid work arrangement with flexibility to work from home and one of our Reservoir Engineering hub offices - Edinburgh, Belfast or Leeds.
At AECOM, we’re at the forefront of innovation, delivering an exceptional portfolio of water programmes and projects through long-term partnerships with key clients. This position offers an unparalleled opportunity to support and work alongside a talented, diverse team committed to innovation and efficiency.
_Here’s what you’ll do:_
+ Lead end‑to‑end 3D CFD modelling for spillways, energy dissipation structures, intake/outlet works, and other hydraulic infrastructure.
+ Analyse turbulent and tr...
**Job Description**
**Start here. Grow here.**
Are you ready to support a team of talented engineers and shape the future of the water industry?
Join our dynamic and multidisciplinary Water Team as a Principal CFD Engineer and help us deliver projects throughout the UK and internationally. This position offers a hybrid work arrangement with flexibility to work from home and one of our Reservoir Engineering hub offices - Edinburgh, Belfast or Leeds.
At AECOM, we’re at the forefront of innovation, delivering an exceptional portfolio of water programmes and projects through long-term partnerships with key clients. This position offers an unparalleled opportunity to support and work alongside a talented, diverse team committed to innovation and efficiency.
_Here’s what you’ll do:_
+ Lead end‑to‑end 3D CFD modelling for spillways, energy dissipation structures, intake/outlet works, and other hydraulic infrastructure.
+ Analyse turbulent and tr...