Graduate Wastewater Network Modeller – Build Resilient Pipelines

Mott MacDonald Group; Cardiff; Hybrid; GBP 25.000 - 32.000; Vollzeit

Benefits dieser Stelle

Biannual salary reviews

Pension contributions match

Life assurance

Income protection

Health and wellbeing resources

Zusammenfassung

Mott MacDonald is seeking a Graduate Wastewater Network Modeller to join our Water Utilities Division, a centre of excellence that supports colleagues across our global business. You’ll design resilient wastewater networks and support major pipeline transfers and drainage schemes that protect communities and the environment.

You’ll work with senior modellers, develop 1D/2D hydraulic models, and gain exposure to national and international water frameworks through a structured three-year early

Qualifikationen

• Degree in one of the following disciplines: Geography, Hydrology and Water Management, Water and Environmental Engineering, Environmental Science, Civil Engineering or Mathematics.
• Less than 12 months of relevant experience (excl. placements).
• Strong communication and reporting skills; ability to present technical options to clients.

Aufgaben

• Build and calibrate 1D and 2D hydraulic models.
• Assess CSO activity and operation to meet targets.
• Evaluate foul water flooding and network resilience.
• Develop mitigation solutions and present options to clients.
• Work with industry-standard modelling software, GIS, and coding tools.
• Produce high-quality reports and visualisations.
• Collaborate with multidisciplinary teams across the business.

Kenntnisse

Methodical problem solving

Initiative

Verbal communication

Written communication

Ausbildung

Geography

Hydrology and Water Management

Water and Environmental Engineering

Environmental Science

Civil Engineering

Mathematics

Tools

GIS

Jobbeschreibung

Mott MacDonald is seeking a Graduate Wastewater Network Modeller to join our Water Utilities Division, a centre of excellence that supports colleagues across our global business. You’ll design resilient wastewater networks and support major pipeline transfers and drainage schemes that protect communities and the environment.

You’ll work with senior modellers, develop 1D/2D hydraulic models, and gain exposure to national and international water frameworks through a structured three-year early