This project aims to revitalize a key urban area, enhancing livability, sustainability, and economic growth. By incorporating eco-friendly design principles, improved infrastructure, and accessible community spaces, we seek to create an environment that fosters prosperity and well-being for all residents.
This project aims to revitalize a key urban area, enhancing livability, sustainability, and economic growth. By incorporating eco-friendly design principles, improved infrastructure, and accessible community spaces, we seek to create an environment that fosters prosperity and well-being for all residents.
This project aims to revitalize a key urban area, enhancing livability, sustainability, and economic growth. By incorporating eco-friendly design principles, improved infrastructure, and accessible community spaces, we seek to create an environment that fosters prosperity and well-being for all residents.
Client
Green Horizons Property Group
Client
Green Horizons Property Group
Client
Green Horizons Property Group
Location
Kumeu,
Wellington
Location
Kumeu,
Wellington
Location
Kumeu,
Cost
2,500,000
Cost
2,500,000
Cost
2,500,000
Completion
December 2025
Completion
December 2025
Completion
December 2025
Market
Cultural and Leisure
Commercial Buildings
Healthcare
Market
Cultural and Leisure
Commercial Buildings
Healthcare
Market
Cultural and Leisure
Commercial Buildings
Healthcare
The proposed redevelopment involves restructuring streetscapes to promote safe pedestrian and cycling routes, implementing renewable energy solutions for public facilities, and designing versatile communal areas that encourage social interaction. Detailed planning ensures local businesses benefit from increased foot traffic, while green spaces improve environmental quality. Throughout the project’s lifespan, feedback from community stakeholders will guide iterative improvements, ensuring the final outcome genuinely reflects the needs and aspirations of the people it serves
Sustainable Landscape Design:
The new green spaces will feature native plant species, water-efficient irrigation systems, and natural habitats that support biodiversity.
Sustainable Landscape Design:
The new green spaces will feature native plant species, water-efficient irrigation systems, and natural habitats that support biodiversity.
Sustainable Landscape Design:
The new green spaces will feature native plant species, water-efficient irrigation systems, and natural habitats that support biodiversity.
Advanced Infrastructure Upgrades:
Improved roads, public transportation hubs, and digital connectivity will ensure seamless mobility and enhanced urban resilience
Advanced Infrastructure Upgrades:
Improved roads, public transportation hubs, and digital connectivity will ensure seamless mobility and enhanced urban resilience
Advanced Infrastructure Upgrades:
Improved roads, public transportation hubs, and digital connectivity will ensure seamless mobility and enhanced urban resilience
Community Engagement Workshops:
Residents, local businesses, and civic leaders will collaborate through regular forums, ensuring their voices shape the project’s direction.
Community Engagement Workshops:
Residents, local businesses, and civic leaders will collaborate through regular forums, ensuring their voices shape the project’s direction.
Community Engagement Workshops:
Residents, local businesses, and civic leaders will collaborate through regular forums, ensuring their voices shape the project’s direction.
Long-Term Environmental Benefits:
The strategic use of renewable energy, low-impact construction materials, and efficient waste management systems ensures lasting positive effects.
Long-Term Environmental Benefits:
The strategic use of renewable energy, low-impact construction materials, and efficient waste management systems ensures lasting positive effects.
Long-Term Environmental Benefits:
The strategic use of renewable energy, low-impact construction materials, and efficient waste management systems ensures lasting positive effects.
Meet the team
Wilson Pickering
Architecture
Wilson Pickering
Architecture
Wilson Pickering
Architecture
richard-elliott
Architecture
richard-elliott
Architecture
richard-elliott
Architecture
Rodney Shankaran
Building Services Engineering
Rodney Shankaran
Building Services Engineering
Rodney Shankaran
Building Services Engineering
Aslam Javed
Building Services Engineering
Aslam Javed
Building Services Engineering
Aslam Javed
Building Services Engineering
Craig Cooper
Building Services Engineering
Craig Cooper
Building Services Engineering
Craig Cooper
Building Services Engineering
Mike Doherty
Civil Engineering
Mike Doherty
Civil Engineering
Mike Doherty
Civil Engineering
Fiona Keir
Civil Engineering
Fiona Keir
Civil Engineering
Fiona Keir
Civil Engineering
Michael Martin
Civil Engineering
Michael Martin
Civil Engineering
Michael Martin
Civil Engineering
Dr. Bruce McCabe
Environmental Engineering
Dr. Bruce McCabe
Environmental Engineering
Dr. Bruce McCabe
Environmental Engineering
Wayne Campton
Geotechnical Engineering & Testing
Wayne Campton
Geotechnical Engineering & Testing
Wayne Campton
Geotechnical Engineering & Testing
Malcolm Stapleton
Geotechnical Engineering & Testing
Malcolm Stapleton
Geotechnical Engineering & Testing
Malcolm Stapleton
Geotechnical Engineering & Testing
Hamid Masoum
Structural Engineering
Hamid Masoum
Structural Engineering
Hamid Masoum
Structural Engineering
Ivy Lo
Structural Engineering
Ivy Lo
Structural Engineering
Ivy Lo
Structural Engineering
Dr. Victor Lam
Structural Engineering
Dr. Victor Lam
Structural Engineering
Dr. Victor Lam
Structural Engineering
Kevin Meikle
Surveying
Kevin Meikle
Surveying
Kevin Meikle
Surveying
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Copyright © 2024 Babbage
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Copyright © 2024 Babbage
Privacy Policy
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