Comprehensive support and a focus on lasting design solutions with robust process and long-term vision.


We study new technologies outside the design code to ensure we are abreast with the latest design trends internationally.

We adopt this mindset in all aspects of our design such as roof drainage, house drainage, and water reticulation.

Our process aims to protect clients from cost overruns while ensuring effective and efficient hydraulic installation. We focus on comprehensive yet simple documentation in order to extract competitive pricing from the industry as well as constantly seeking the most efficient long term solutions for our clients.

Services may include assistance with site selection, due diligence and feasibility studies, concept design, detailed design and development applications, budget estimates, cost plans, tender evaluation, contract administration and construction support. By providing practical solutions on a project to project basis, we ensure the delivery of effective and tailored results.

We have successfully provided hydraulics engineering expertise for high rise, retail, commercial, industrial, residential, theme park, entertainment, health care, community and specialist developments.

We have provided hydraulic systems including:

Potable water services
Fuel gas services
Filtration and purification systems
Irrigation systems

Rainwater harvesting
Stormwater drainage and management
Waste water collection and treatment systems.

Hydraulics Projects

East Lane, North Sydney

319-321 Pacific Highway, North Sydney, NSW

East Lane, North Sydney

This project is a multilevel residential development consisting of 32 residential apartments, with retail space on the ground floor and in a four storey building over one level of basement car parking.

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16-20 Withers Road, Kellyville

Kellyville, NSW

16-20 Withers Road, Kellyville

This multi-storey apartment block consists of two basement levels with four, 7-storey towers and a common podium level. The structure is primarily a concrete framed building with 3 stair and lift cores in each tower for lateral stability. All columns, walls and vertical elements are predominantly reinforced concrete elements and post-tensioned slab elements as the main horizontal elements.

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