a
work
UNSW H13 Red Centre
A large-scale glazing installation for a multi-level university building, focusing on high-performance DGU systems for energy efficiency and modern design.
a
work
UNSW H13 Red Centre
A large-scale glazing installation for a multi-level university building, focusing on high-performance DGU systems for energy efficiency and modern design.
a
work
UNSW H13 Red Centre
A large-scale glazing installation for a multi-level university building, focusing on high-performance DGU systems for energy efficiency and modern design.
a
work
UNSW H13 Red Centre
A large-scale glazing installation for a multi-level university building, focusing on high-performance DGU systems for energy efficiency and modern design.

client
Growthbuilt
service
Fixed Panels, Awning Windows, Automated Louvres
location
Kensington, NSW 2052
category
Education
completed
2021
Project Overview
Key Project Features
The UNSW Red Centre project was a significant, multi-level installation that required a comprehensive approach to glazing. The scope of work included:
High-Performance Glazing: We used Double-Glazed Units (DGU) with Low-E glass for all windows and doors. This was a critical component for achieving the building's energy efficiency goals by providing superior thermal insulation.
Specialised Window Systems: The project featured a mix of systems to suit different architectural needs, including numerous awning windows and large fixed glass panels on all elevations (North, South, and West).
Automated Systems: We supplied and installed automatic glass louvres to the stair pods, providing an automated and efficient solution for natural ventilation and airflow.
Large-Scale Delivery: The project had a total glazed area of over 1,186.66 square meters, showcasing our ability to manage and deliver a very large volume of high-quality glazing systems for a major educational facility.
The Result
Our work on the UNSW Red Centre project has provided the building with a modern and highly functional glazing solution. The use of high-performance DGU and a variety of window systems has significantly contributed to the building's thermal performance and overall aesthetic, creating a better environment for students and staff.
Key Project Features
The UNSW Red Centre project was a significant, multi-level installation that required a comprehensive approach to glazing. The scope of work included:
High-Performance Glazing: We used Double-Glazed Units (DGU) with Low-E glass for all windows and doors. This was a critical component for achieving the building's energy efficiency goals by providing superior thermal insulation.
Specialised Window Systems: The project featured a mix of systems to suit different architectural needs, including numerous awning windows and large fixed glass panels on all elevations (North, South, and West).
Automated Systems: We supplied and installed automatic glass louvres to the stair pods, providing an automated and efficient solution for natural ventilation and airflow.
Large-Scale Delivery: The project had a total glazed area of over 1,186.66 square meters, showcasing our ability to manage and deliver a very large volume of high-quality glazing systems for a major educational facility.
The Result
Our work on the UNSW Red Centre project has provided the building with a modern and highly functional glazing solution. The use of high-performance DGU and a variety of window systems has significantly contributed to the building's thermal performance and overall aesthetic, creating a better environment for students and staff.
Key Project Features
The UNSW Red Centre project was a significant, multi-level installation that required a comprehensive approach to glazing. The scope of work included:
High-Performance Glazing: We used Double-Glazed Units (DGU) with Low-E glass for all windows and doors. This was a critical component for achieving the building's energy efficiency goals by providing superior thermal insulation.
Specialised Window Systems: The project featured a mix of systems to suit different architectural needs, including numerous awning windows and large fixed glass panels on all elevations (North, South, and West).
Automated Systems: We supplied and installed automatic glass louvres to the stair pods, providing an automated and efficient solution for natural ventilation and airflow.
Large-Scale Delivery: The project had a total glazed area of over 1,186.66 square meters, showcasing our ability to manage and deliver a very large volume of high-quality glazing systems for a major educational facility.
The Result
Our work on the UNSW Red Centre project has provided the building with a modern and highly functional glazing solution. The use of high-performance DGU and a variety of window systems has significantly contributed to the building's thermal performance and overall aesthetic, creating a better environment for students and staff.
Key Project Features
The UNSW Red Centre project was a significant, multi-level installation that required a comprehensive approach to glazing. The scope of work included:
High-Performance Glazing: We used Double-Glazed Units (DGU) with Low-E glass for all windows and doors. This was a critical component for achieving the building's energy efficiency goals by providing superior thermal insulation.
Specialised Window Systems: The project featured a mix of systems to suit different architectural needs, including numerous awning windows and large fixed glass panels on all elevations (North, South, and West).
Automated Systems: We supplied and installed automatic glass louvres to the stair pods, providing an automated and efficient solution for natural ventilation and airflow.
Large-Scale Delivery: The project had a total glazed area of over 1,186.66 square meters, showcasing our ability to manage and deliver a very large volume of high-quality glazing systems for a major educational facility.
The Result
Our work on the UNSW Red Centre project has provided the building with a modern and highly functional glazing solution. The use of high-performance DGU and a variety of window systems has significantly contributed to the building's thermal performance and overall aesthetic, creating a better environment for students and staff.
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We are always open to collaboration and happy to welcome new projects.

We are always open to collaboration and happy to welcome new projects.

We are always open to collaboration and happy to welcome new projects.



