Water Network Engineer — Growth & Modelling Specialist

Ecology and Heritage Partners Pty Ltd; Sydney; On-site; AUD 100,000 - 130,000; Full time

Benefits offered by this job

Growth program exposure

Secondment opportunities

Diverse, technically challenging work

Job summary

Ecology and Heritage Partners Pty Ltd – Sydney NSW is hosting Fyfe's 6-month Water Engineer contract to support a major growth program. You will model growth, analyse water networks and help identify capacity constraints and solutions while collaborating with a Senior Water Engineer.

You will prepare inputs, validate data, perform hydraulic analyses and use GIS to map growth areas and network upgrades, with opportunities for extension based on project needs.

Qualifications

• Tertiary qualification in Engineering or equivalent.
• Experience in water network planning and hydraulic modelling.
• GIS or spatial data experience will be highly regarded.

Responsibilities

• Support growth modelling: prepare model inputs, run scenarios and analyse growth impact on water networks.
• Maintain quality data: collect, validate and maintain network datasets and modelling documentation.
• Undertake hydraulic analysis: assess capacity, pressure, flow and storage constraints.
• Use GIS and spatial information: support analysis and representation of growth areas and infrastructure.
• Assess development enquiries: complete preliminary capacity assessments and identify constraints.
• Develop options: assist with model calibration, validation and infrastructure augmentation options.

Skills

Water network planning

Hydraulic modelling

GIS

Data analysis

Technical communication

Education

Engineering degree

Tools

GIS software

EPANET

AutoCAD

Job description

Ecology and Heritage Partners Pty Ltd – Sydney NSW is hosting Fyfe's 6-month Water Engineer contract to support a major growth program. You will model growth, analyse water networks and help identify capacity constraints and solutions while collaborating with a Senior Water Engineer.

You will prepare inputs, validate data, perform hydraulic analyses and use GIS to map growth areas and network upgrades, with opportunities for extension based on project needs.