Graduate Hydraulic Engineer: Design, Model & Resilience

Mott MacDonald; Greater London; Hybrid; GBP 26,000 - 36,000; Full time

Job summary

Mott MacDonald in the United Kingdom is offering a Graduate Hydraulic Engineer role that develops your technical and project management skills across water frameworks. You will work with senior modellers on 1D/2D models, calibrations, flood assessments and resilience planning, reporting findings to clients.

You will join a three-year Accelerating your Future development programme, receive mentoring, and collaborate with multidisciplinary teams to design sustainable water and wastewater networks

Qualifications

• Masters degree by 2025 or later, or currently pursuing with expected completion in 2025.
• Less than 12 months of relevant work experience.

Responsibilities

• Support development and delivery of water, wastewater and drainage projects.
• Analyse data and technical information to identify challenges and inform decisions.
• Collaborate with multidisciplinary teams to design and improve water infrastructure.
• Contribute to projects addressing flooding, water quality, and sustainable management.
• Develop technical knowledge with industry-leading tools and digital technologies.
• Produce technical reports and present findings to clients.

Skills

Problem-solving

Initiative

Verbal communication

Written communication

Education

Geography

Hydrology and Water Management

Water and Environmental Engineering

Environmental Science

Civil Engineering

Mathematics

Tools

Hydraulic modelling software

GIS

Coding

Job description

Mott MacDonald in the United Kingdom is offering a Graduate Hydraulic Engineer role that develops your technical and project management skills across water frameworks. You will work with senior modellers on 1D/2D models, calibrations, flood assessments and resilience planning, reporting findings to clients.

You will join a three-year Accelerating your Future development programme, receive mentoring, and collaborate with multidisciplinary teams to design sustainable water and wastewater networks