Climate & Environment Full-time

Water Opportunities – Scotland

AECOM

Posted

Feb 24, 2026

Location

UK

Type

Full-time

Mission

What you will drive

Core responsibilities for this role include:

  • Supporting the Scottish Water SR27 Enterprise programme, a multi-billion-pound initiative to reshape Scotland's water and wastewater infrastructure from 2027 to 2033
  • Working on diverse water projects including the Scottish Water Capital Programme, designing and delivering essential infrastructure like pipelines, pumping stations, and sewer upgrades
  • Contributing to flood and surface water management solutions, including blue/green infrastructure retrofits and Natural Flood Management measures
  • Participating in climate resilience and low-carbon design initiatives to futureproof critical water infrastructure

Impact

The difference you'll make

This role creates positive change by delivering sustainable and resilient water systems for generations to come, working on projects that have large-scale impact for communities across Scotland and contribute to climate resilience and low-carbon infrastructure.

Profile

What makes you a great fit

Required qualifications and experience:

  • Technical experience in the Water sector
  • Based in Scotland or open to relocating to Scotland
  • Passion for innovation and turning bold ideas into reality
  • Ability to work alongside a talented, diverse team committed to innovation and efficiency

Benefits

What's in it for you

Benefits and culture highlights:

  • Fast-track opportunities for professional development and growth
  • Flexibility to deepen technical specialisms, step into leadership, or explore new disciplines
  • Support for career pathways to help shape personal development
  • Work on collaborative platforms with cutting-edge technology

About

Inside AECOM

AECOM is a global infrastructure consulting firm with an impressive and expansive Water Team operating across the globe, delivering sustainable water infrastructure projects that shape resilient systems for future generations.