AGIS Awarded Isaac Regional Council Contract

AGIS Awarded Isaac Regional Council Contract for the CCTV Investigation and Condition Assessment of Stormwater & Drainage Network in Middlemount (QLD)

Isaac Regional Council’s residential population of 24,275 in Queensland, is spread across 17 unique communities including the larger towns of Clermont, Coppabella, Dysart, Glenden, Middlemount, Moranbah, Nebo and St Lawrence.

AGIS is undertaking a comprehensive verification and data collection program to determine the capacity and condition of the storm water drainage network in Middlemount. This project includes pit inspections, CCTV pipe inspections as well as RTK GPS data collection. Middlemount has approximately 15,225 meters of storm water drainage network mainly comprised of reinforced concrete pipes of various sizes.

AGIS Awarded Bayside City Council Contract

AGIS Awarded Bayside City Council Contract for Laneway & Carpark Asset Condition Assessment.

Bayside City Council was created on 15 December 1994. It comprises the former Cities of Brighton and Sandringham and parts of the former Cities of Mordialloc and Moorabbin. The City of Bayside covers an area of 37 square kilometres from Melbourne’s central business district

Recognising AGIS’s track record in precision in data capture and assessment Bayside City Council, Victoria, has awarded AGIS the contract to field assessment of Council’s carparks and laneways in the South Eastern suburb of Melbourne. The work covers 134 car parks and 15 km of laneways.

AGIS Awarded Maribyrnong City Council Contract

AGIS Awarded Maribyrnong City Council Contract for Footpath and Road Asses Assessment.

The City of Maribyrnong is a small, densely populated area, located in the inner west of Melbourne on the edge of the Maribyrnong River. The City has the second most ethnically diverse population in Victoria, with 40% of residents born outside Australia. Residents come from more than 135 different countries and speak over 80 languages.

AGIS provided all field equipment including digital tablets and differential GPS receivers (and respective licences) which enabled sub-metre accuracy of defect locations. All devices were configured to operate with the Council’s Inspex software (app).

The project was successfully completed one week ahead of schedule with all segments being inspected as per the approved methodology codeveloped by AGIS and Council . This report provided at the end of the project included details of the work undertaken, challenges and future improvements to the overall methodology to be considered for the next road and footpath defect inspections, due May 2018.