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MGP has worked on multiple school projects since 2002. 

Recent projects include Rainbow Street Primary, Alexandria Park Community School, Ultimo Temporary School, Bardia Public and Randwick Public School, to name a few. 

Our involvement ranged from Sydney Water design work, Sydney Water Section 73 and Building Plan Approval through to Hydraulic and Civil design. 

As featured,  MGP completed the hydraulic design and Sydney Water approval for the project at Smalls Road in Ryde. The new school offers 43 learning spaces to accommodate up to 1,000 students, including three special education classrooms, three special purpose rooms, hall, two storey library, covered outdoor learning areas (COLAs), out of school hours care facilities, canteen, administration facilities, multi-purpose sports courts; and kiss and ride area, and 47 car spaces.

This award winning project led to our successful involvement on the new Science and Engineering Building (SEB) to the west of the MSEB. 

As part of a team of designers and builders for the Materials Science and Engineering Building (MSEB) at the University of NSW. This project won the Master Builders Australia (MBA) National Awards for Excellence in Construction – Best Tertiary Building $50,000,000 and over. 

The University of NSW undertook a major project to provide new infrastructure to their Physical Sciences precinct. This impressive nine-storey building now provides facilities of laboratory spaces, teaching and learning areas as well as workshop and research spaces.

MGP provided the design and coordination of hydraulic services using Revit 3D modelling. Services include drinking, non-drinking and laboratory water supply, sanitary, trade waste and laboratory drainage. 

Award 2016: (MBA) National Awards for Excellence in Construction – Best Tertiary Building $50,000,000+

MGP were excited to be part of the team that worked on the construction of the new Life, Earth and Environmental Sciences facility at the University of Sydney. The nature of the building and the Science facility provides an opportunity for the construction team to use materials and systems that are sustainable and have a minimal impact on the environment. 

From a hydraulic perspective not only will materials be carefully selected but the multiple water systems involved; supplying drinking water, non drinking water, will also include reverse and flow osmosis technology for pure water for the research laboratories. Lab waste will require a specialised drainage system involving pre-treatment before entering the main Sydney Water system.  MGP also proposed symphonic drainage as this system provides flexibility as it doesn’t have the constraints associated with a proprietary system and its associated costs.

MGP designed the fire hydrant, hose reel and storage, ensuring they comply with the National Construction Code of Australia (NCC).