About Fortify Geotech
“Although we are a relatively new company, our history as a geotechnical and geological consultancy has spanned over 30 years.”
We initially operated in Canberra in 1985 as Peter J Burgess & Associates, before forming ACT Geotechnical Engineers in 1994, and then expanding through NSW as Fortify Geotech.
Our highly capable engineers and geologists have a comprehensive understanding of the industry.
All of our engineers are members of the Institution of Engineers Australia, the Australian Geomechanics Society, and the Australian Geological Society. Most of our engineers also have postgraduate qualifications.
Those in the know seek our advice first on complicated geotechnical engineering issues.
We are a mix of young and experienced engineers and engineering geologists. Our enthusiastic approach, good quality advice and efficient service has earned us a solid reputation within the construction industry.
Reputable geotechnical engineering solutions in NSW
We provide clients with a range of comprehensive services, including:
Our successful and timely completion of highly complex projects confirm our position as Sydney’s geological experts for the engineering and construction industry.
Client: DECC/Richard Crookes
Location: Belmont Street, Alexandria
Our involvement:
Temporary shoring and adaptive geotechnical solution.
Client: DECC
Location: Riley Street, Surry Hills
Our involvement:
Client: Canberra Data Centres/Hindmarsh Construction
Location: Roberts Road, Eastern Creek
Our involvement:
Long Street Quarry – Goulburn
The disused Long Street Quarry was a set for the feature film “Hacksaw Ridge”, where actors/stunt men had to climb up and down faces of the quarry. The section of cliff face that was used for filming was located at the northern end of the quarry, and comprised a ~20m high vertical cliff face, with a ~8m/10m high scree pile at the toe.
ACT Geotechnical Engineers conducted a geotechnical slope instability risk assessment of the cliff face prior to filming. This assessment identified three features at this location as having a “high” or “very high” risk of slope instability, including the risk of rock falls from the face, loose material at the top edge of the cliff, and instability of the scree at the toe. To ensure the safety of actors/stunt men, ACT Geotech provided recommendations to stabilise the cliff face, which ACT Geotech then check to make sure they were implemented correctly.
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