River & Flood Risk Civil Engineer - Hybrid Role in Leeds

River & Flood Risk Civil Engineer - Hybrid Role in Leeds

Leeds Full-Time 30150 - 36850 Β£ / year (est.) Home office (partial)
WSP USA

At a Glance

  • Tasks: Design and deliver innovative solutions for rivers and flood defence projects.
  • Company: Join WSP, a leader in sustainable water management and engineering.
  • Benefits: Enjoy a hybrid work model with flexible office locations and career development opportunities.
  • Other info: Be part of a dynamic team dedicated to sustainable solutions.
  • Why this job: Make a real difference in environmental engineering while working on high-profile projects.
  • Qualifications: Experience in Water, Drainage, and Environmental Engineering is essential.

The predicted salary is between 30150 - 36850 Β£ per year.

WSP are seeking Engineers with experience in Water, Drainage and Environmental Engineering for rivers and flood defence projects to expand our expertise and technical capability. You will be based in the north of England, with the option to work from our Leeds, Liverpool, Manchester or Sheffield offices, delivering designs from concept through to detail.

Our national Sustainable Water Management team leads innovative, lasting solutions for high-profile challenges, offering career development.

River & Flood Risk Civil Engineer - Hybrid Role in Leeds employer: WSP USA

WSP is an exceptional employer for those seeking a rewarding career as a BIM Coordinator in the water engineering sector. With a strong focus on employee well-being, our hybrid working policy allows for flexibility, while initiatives like WSP My Hour promote work-life balance. We are committed to professional growth through training and mentoring, ensuring that our team members thrive in a collaborative and innovative environment.

WSP USA

Contact Details:

WSP USA Recruitment Team

We think you need these skills to ace River & Flood Risk Civil Engineer - Hybrid Role in Leeds

Water Engineering
Drainage Engineering
Environmental Engineering
Flood Defence Design
Conceptual Design
Detail Design
Sustainable Water Management