Graduate Urban Drainage Modeller – Modelling for Clean Water

Stantec; Reading; On-site; GBP 28,000 - 32,000; Full time

Benefits offered by this job

Private medical insurance

Holiday buy & sell

Group income protection

Life assurance

Permanent contract

Professional progression plan

ERGs network

Job summary

Stantec is offering a 2027 Graduate Programme for a Graduate Urban Drainage Modeller in Reading. You will join a specialist wastewater modelling team supporting major water companies across the UK and Ireland, contributing to projects from conception to delivery.

Your responsibilities include hydraulic modelling, optioneering and feasibility design, urban drainage studies and surge analysis, collaborating with multidisciplinary teams to deliver sustainable solutions.

Qualifications

• Bachelor’s degree in Civil or Hydraulic Engineering, Geography (or water-related subject) is required.
• Unconditional right to live and work in the UK for an indefinite period is required.
• Willingness to work in Reading office with regular in-office presence 4 days/week.

Responsibilities

• Support wastewater hydraulic modelling and model-building activities.
• Contribute to optioneering and feasibility design for water infrastructure projects.
• Undertake integrated urban drainage modelling, resilience and security of supply studies.
• Support surge analysis and water quality modelling activities.
• Work with multidisciplinary teams to develop innovative, practical solutions.
• Develop technical skills through project work and mentoring.

Skills

Adapter

Perseverer

Collaborator

Problem-Solver

Education

Bachelors in Civil or Hydraulic Engineering, Geography or water-related subject

Job description

Stantec is offering a 2027 Graduate Programme for a Graduate Urban Drainage Modeller in Reading. You will join a specialist wastewater modelling team supporting major water companies across the UK and Ireland, contributing to projects from conception to delivery.

Your responsibilities include hydraulic modelling, optioneering and feasibility design, urban drainage studies and surge analysis, collaborating with multidisciplinary teams to deliver sustainable solutions.