Our dedicated teams comprise experienced professionals delivering integrated services across a wide range of disciplines, including: Structural Engineering, Building Hydraulics, Building Civil Works, Traffic Engineering and Landscape Architecture.
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In addition to vast experience, Indesco offers innovation and attention to detail in delivering integrated design services across civil infrastructure projects including road and highway design, trunk hydraulic services, stormwater management schemes and water sensitive urban design.
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Indesco offers fully integrated consulting services in the areas of planning, design, civil and structural engineering, landscape architecture and traffic design. Coupled with our expertise in the management of construction projects, Indesco can ensure the delivery of projects from concept through to completion.
find out moreIndesco is excited to announce the appointment of Daniel Roy who joins the Canberra civil team as a Senior Civil Engineer. Daniel has over 6 years’ experience specialising in civil hydraulic infrastructure design and urban development. He has experience in a wide range of civil projects from master planning through to detailed design and […]
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Structural Engineering
Newcastle, NSW
This 110 unit residential development project consists of 3 buildings varying from 7-8 levels with a large podium and two basement car park levels connecting the buildings.
The vertical structure included a combination reinforced AFS Rediwall, Precast, and insitu concrete walls providing the lateral resistance to earthquake and wind loading.
A tank basement structure was required due to the ground water table, consisting of a post-tensioned hydrostatic slab and perimeter sheet pile retention wall.
Post tension slabs where utilised for the floor systems allowing large spans to the units and cater for the large cantilevered balconies.
Structural Engineering
Port Macquarie, NSW
This 29 unit plus 6 large townhouse residential development project consists of a single 7 Level tower to the north and 2 Level townhouses to the south with a large common podium with two basement car park levels below.
The vertical structure included a combination reinforced AFS Rediwall, Precast, and insitu concrete walls providing the lateral resistance to earthquake and wind loading.
Post tension slabs where utilised for the floor systems allowing large spans to the units and cater for the large cantilevered balconies.
Structural Engineering
Sydney, NSW
Alterations and additions to the existing residential complex. The existing structure consists of load bearing masonry walls and timber framed flooring. The project included retention of the existing masonry walls that require underpinning for the construction of a new basement.
The vertical structure was insitu concrete columns and walls providing the lateral resistance to earthquake and wind loading.
Post tension slabs where utilised for the floor systems allowing large spans to the units and cater for the large cantilevered balconies.
Structural Engineering
Sydney, NSW
This staged development of Pendle Hill High School consists of refurbishing the existing Block A & E and construction of a new 3 level development that combines two buildings under a connected roof. The integrated solution provides a shared identity while maintaining connectivity between diverse learning environments. A central courtyard provides a community heart to the building.
The vertical structure included a combination reinforced Precast & insitu columns and insitu concrete walls providing the lateral resistance to earthquake and wind loading.
One-way banded post tensioned slabs where utilised for the floor systems allowing large spans to the learning spaces and cater for the large cantilevers.
Structural Engineering
Warners Bay, NSW
This 74 unit Seniors Housing development project consists of three buildings varying from 2-3 levels with a large podium and a single basement level connecting the three buildings.
The vertical structure included a combination reinforced insitu concrete columns and walls providing the lateral resistance to earthquake and wind loading.
Post tension ground floor transfer slab supporting a timber framed superstructure.
Structural Engineering
Sydney, NSW
This 71 unit residential development project consists of a single tower, 8 levels over three basement car park levels.
The vertical structure included a combination reinforced AFS Rediwall, Precast, and insitu concrete walls providing the lateral resistance to earthquake and wind loading.
Post tension slabs where utilised for the floor systems allowing large spans to the units and cater for the large cantilevered balconies.
Structural Engineering
Sydney, NSW
This approx. 10,000m2 commercial development project consists of a single 7 level tower with 3 basements car park levels (including loading dock).
The vertical structure included a combination reinforced Precast and insitu concrete walls providing the lateral resistance to earthquake and wind loading.
One-way banded post tensioned slabs where utilised for the floor systems allowing large spans to the commercial spaces and cater for the large corner cantilevers.
Structural Engineering
Australian Capital Territory
This 230-suite five-star hotel development project consists of a single 17 Level tower extending above the ground floor podium slab with two basement car park levels below.
The vertical structure included a combination reinforced AFS Rediwall, Precast, and insitu concrete columns & walls providing the lateral resistance to earthquake and wind loading.
Post tension slabs where utilised for the floor systems allowing large spans to the units and cater for the large cantilevered balconies
Structural Engineering
Australian Capital Territory
Indesco’s scope of works included:
• Structural Engineering
• Post Tension Design
• Shoring Design
• Value Engineering
• Temporary Works Design
• Precast Panel Shop Drawings
This project consists of 318 storey developments under detailed design that will be constructed in different stages.
Initial input by Indesco led to the elimination of the transfer structures which allowed for significant cost savings along with improved buildability.
The slab system consists of post tension flat plates with the lateral support provided by three cores. Lateral analysis was undertaken to ensure occupant comfort limitations were satisfied under serviceability wind conditions.