Civil construction project · Epping–Thornleigh, NSW

Stormwater Civil Works in Epping–Thornleigh

Frank Manesh’s Epping–Thornleigh civil project experience spans large-diameter stormwater pipelines, drainage pits, a HumeCeptor unit, electrical conduits, utility relocation and under-line crossings along the rail corridor. This construction experience informs the civil projects and client work he leads through SCE Corp.

Stormwater and underground services construction at the Epping–Thornleigh civil works project
Stormwater pipelines and excavation works for the Epping–Thornleigh civil project.

Project overview

Drainage infrastructure and underground-service delivery

The Epping–Thornleigh works brought together excavation and trenching, stormwater pipeline installation, drainage-pit construction and underground services. Construction staging connected the drainage works with electrical conduits and under-line crossings near the rail corridor.

Location

Epping–Thornleigh, NSW

A multi-interface civil works location involving access, existing services and rail-corridor considerations.

Project type

Stormwater civil works

Pipeline, pit, excavation and underground-service works within a coordinated construction programme.

Delivery focus

Staged civil construction

Work-zone controls, service coordination, sequencing, inspection points and documented handover.

Scope of work completed

Work delivered across stormwater and underground services

  • Project assessment, planning, service location and traffic-management coordination.
  • Excavation, trenching and relocation of identified utilities.
  • Stormwater pipelines from 300 mm to 1350 mm in diameter.
  • Precast and cast-in-situ stormwater pits, including a HumeCeptor unit.
  • Electrical conduits and under-line crossings near the rail corridor.
  • Surface reinstatement, inspections and project handover records.

Delivery approach

Coordinating services, access and construction interfaces

Staged work zones coordinated excavation, existing services and access requirements. Traffic and pedestrian movements were managed around the active construction areas.

Set-out, levels and completed work were checked through the project process, with as-built and handover information forming part of project closeout.

Outcome

Installed stormwater and underground infrastructure

The completed works included new stormwater lines, drainage pits, the HumeCeptor unit, electrical conduits and associated underground infrastructure across the Epping–Thornleigh project area.

Related services and projects

Continue from this project

Explore the matching project collection, civil-service capability and regional service pages.

Stormwater infrastructure planning guide — organise the design interfaces, approvals, staging and handover questions for a future project.

Frequently asked questions

Epping–Thornleigh stormwater civil works

What work was included in the Epping–Thornleigh civil project?

The work included excavation, trenching, utility coordination, stormwater pipelines, precast and cast-in-situ drainage pits, a HumeCeptor unit, electrical conduits, under-line crossings, reinstatement and handover.

What stormwater pipe sizes were installed?

The project scope included stormwater lines ranging from 300 mm to 1350 mm in diameter.

Were underground services included as well as stormwater drainage?

Yes. Electrical conduits, utility relocation and under-line crossings near the rail corridor formed part of the civil works.

How were access and construction interfaces managed?

Staged work zones, traffic and pedestrian controls, service coordination, inspection points and sequenced construction activities supported delivery.

Where can I see similar civil infrastructure projects?

Explore SCE’s Civil Infrastructure Projects collection for bridge reconstruction, stormwater, pavement, retaining-wall and related civil projects.

Planning civil or underground-service works?

Share the location, available drawings, known services, access constraints and intended scope with SCE for an initial project discussion.