Multi - Residential
DUPLEX @ MACQUARIE STREET - CHIFLEY
The design of this two-storey duplex embraces a contemporary architectural approach that balances functionality, aesthetics, and environmental sustainability. The overall concept focuses on creating bright, comfortable, and well-ventilated living spaces through the strategic integration of an internal courtyard, skylights, and double-glazed windows. The courtyard acts as a central design feature, bringing natural light into the interior while creating a visual connection between indoor and outdoor spaces. Skylights are positioned to introduce daylight into deeper areas of the building, enhancing the sense of openness and reducing dependence on artificial lighting during the day.
The two-storey configuration is designed to optimise the use of the available site while providing practical living spaces and a clear separation between communal and private areas. The architectural expression combines durable construction materials with a contemporary finish, incorporating precast concrete panels and Pronoto panel walls, tiled roofing, timber subflooring, and tiled floors. Double-glazed windows contribute to improved thermal insulation, acoustic comfort, and indoor environmental quality. Natural ventilation is encouraged through carefully considered window placement and openings connected to the courtyard, helping to improve airflow and occupant comfort.
Sustainability is a key consideration throughout the design, with an emphasis on passive design strategies, material durability, efficient use of natural resources, and long-term building performance. Appropriate solar orientation, external shading, insulation, and weatherproofing will further support energy efficiency and thermal comfort. The result is a modern residential development that integrates architectural quality with practical functionality, creating two comfortable homes that respond to their site and environmental conditions while supporting a more sustainable way of living.
The two-storey configuration is designed to optimise the use of the available site while providing practical living spaces and a clear separation between communal and private areas. The architectural expression combines durable construction materials with a contemporary finish, incorporating precast concrete panels and Pronoto panel walls, tiled roofing, timber subflooring, and tiled floors. Double-glazed windows contribute to improved thermal insulation, acoustic comfort, and indoor environmental quality. Natural ventilation is encouraged through carefully considered window placement and openings connected to the courtyard, helping to improve airflow and occupant comfort.
Sustainability is a key consideration throughout the design, with an emphasis on passive design strategies, material durability, efficient use of natural resources, and long-term building performance. Appropriate solar orientation, external shading, insulation, and weatherproofing will further support energy efficiency and thermal comfort. The result is a modern residential development that integrates architectural quality with practical functionality, creating two comfortable homes that respond to their site and environmental conditions while supporting a more sustainable way of living.
DUPLEX @ BARINGA ROAD
The knockdown and rebuild project at Baringa Road, NSW, involves the development of a contemporary two-storey duplex designed to combine architectural appeal, functionality, and sustainable living. The design focuses on maximising natural daylight and promoting effective ventilation through a centrally positioned internal courtyard, strategically placed skylights, and double-glazed windows. These features enhance the connection between indoor and outdoor spaces, create bright and comfortable interiors, and help reduce reliance on artificial lighting and mechanical cooling.
The architectural design incorporates a combination of durable and contemporary building materials, including precast concrete panels, brick veneer, and lightweight wall systems finished with Alucobond and James Hardie cladding. Colorbond roofing provides a durable and weather-resistant roof finish, while Hebel subflooring and tiled floors contribute to the building's practical performance and interior finish. Double-glazed windows further improve thermal insulation, acoustic comfort, and overall energy efficiency.
Sustainability is central to the design approach, with an emphasis on passive solar design, natural ventilation, daylight optimisation, and long-term material durability. The internal courtyard provides a focal point for the development, enhancing natural light penetration and supporting airflow throughout the homes. Careful consideration of solar orientation, external shading, insulation, and weatherproofing will further improve thermal comfort and reduce operational energy demand. The result is a modern, sustainable duplex that balances innovative design, durable construction, and comfortable residential living while responding to the site's environmental and planning requirements.
The architectural design incorporates a combination of durable and contemporary building materials, including precast concrete panels, brick veneer, and lightweight wall systems finished with Alucobond and James Hardie cladding. Colorbond roofing provides a durable and weather-resistant roof finish, while Hebel subflooring and tiled floors contribute to the building's practical performance and interior finish. Double-glazed windows further improve thermal insulation, acoustic comfort, and overall energy efficiency.
Sustainability is central to the design approach, with an emphasis on passive solar design, natural ventilation, daylight optimisation, and long-term material durability. The internal courtyard provides a focal point for the development, enhancing natural light penetration and supporting airflow throughout the homes. Careful consideration of solar orientation, external shading, insulation, and weatherproofing will further improve thermal comfort and reduce operational energy demand. The result is a modern, sustainable duplex that balances innovative design, durable construction, and comfortable residential living while responding to the site's environmental and planning requirements.
DUPLEX @ COORABIN STREET - GOROKAN
The knockdown and rebuild project at Coorabin Street, NSW, involves the development of a contemporary single-storey duplex featuring a side-by-side split-level design that responds to the natural slope of the site. The design approach aims to maximise the site's potential while creating functional, comfortable, and visually appealing living spaces for both dwellings. The split-level configuration follows the site's topography, allowing the building to adapt to changes in ground level while supporting efficient site utilisation and reducing the need for excessive earthworks, subject to detailed site and structural design.
Sustainability is a key consideration, with an emphasis on natural daylight, cross-ventilation, and passive design principles. Strategically positioned skylights and windows on opposing sides of the dwellings encourage natural light to penetrate internal spaces and promote airflow, helping to create bright, well-ventilated living environments. The architectural design incorporates brick veneer and lightweight cladding to achieve a balanced combination of durability and contemporary aesthetics, complemented by Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows.
The overall design focuses on integrating the building with the site's existing levels while improving occupant comfort, material durability, and energy efficiency. Careful consideration of drainage, foundation design, insulation, solar orientation, and weatherproofing will support long-term building performance. The result is a practical and sustainable duplex that responds to the site's sloping terrain through a considered split-level layout, combining functional planning, natural ventilation, and modern residential design.
Sustainability is a key consideration, with an emphasis on natural daylight, cross-ventilation, and passive design principles. Strategically positioned skylights and windows on opposing sides of the dwellings encourage natural light to penetrate internal spaces and promote airflow, helping to create bright, well-ventilated living environments. The architectural design incorporates brick veneer and lightweight cladding to achieve a balanced combination of durability and contemporary aesthetics, complemented by Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows.
The overall design focuses on integrating the building with the site's existing levels while improving occupant comfort, material durability, and energy efficiency. Careful consideration of drainage, foundation design, insulation, solar orientation, and weatherproofing will support long-term building performance. The result is a practical and sustainable duplex that responds to the site's sloping terrain through a considered split-level layout, combining functional planning, natural ventilation, and modern residential design.
DUPLEX @ MULTAN STREET - RIVERSTONE
This brand-new two-storey duplex project on Multan Street, NSW, is located within Sydney’s western growth precincts, an area experiencing ongoing residential development and urban expansion. The project embraces a contemporary architectural approach, combining functional planning, modern aesthetics, and sustainable design principles to create comfortable and efficient homes. The side-by-side split-level configuration responds to the site's sloping terrain, allowing the building to adapt to changes in ground level while optimising site utilisation and minimising unnecessary earthworks, subject to detailed site conditions and engineering requirements.
Sustainability is incorporated through the strategic use of skylights and windows on opposing sides of the dwellings to maximise natural daylight and encourage cross-ventilation. These passive design strategies help create bright, airy interiors while reducing reliance on artificial lighting and mechanical cooling. The material palette combines brick veneer and lightweight cladding to achieve a contemporary façade with durable, low-maintenance finishes. Colorbond roofing provides a practical and weather-resistant roof solution, while concrete and pier foundations accommodate the site's ground conditions and level variations. Tiled flooring and aluminium-framed windows complete the design, balancing functionality, durability, and visual appeal.
The overall design focuses on efficient space planning, occupant comfort, and long-term building performance. Careful consideration of solar orientation, insulation, shading, drainage, and weatherproofing will further enhance energy efficiency and resilience. The result is a modern duplex that responds to the site's topography and the evolving character of Sydney's western growth areas, delivering practical, sustainable, and contemporary residential living
Sustainability is incorporated through the strategic use of skylights and windows on opposing sides of the dwellings to maximise natural daylight and encourage cross-ventilation. These passive design strategies help create bright, airy interiors while reducing reliance on artificial lighting and mechanical cooling. The material palette combines brick veneer and lightweight cladding to achieve a contemporary façade with durable, low-maintenance finishes. Colorbond roofing provides a practical and weather-resistant roof solution, while concrete and pier foundations accommodate the site's ground conditions and level variations. Tiled flooring and aluminium-framed windows complete the design, balancing functionality, durability, and visual appeal.
The overall design focuses on efficient space planning, occupant comfort, and long-term building performance. Careful consideration of solar orientation, insulation, shading, drainage, and weatherproofing will further enhance energy efficiency and resilience. The result is a modern duplex that responds to the site's topography and the evolving character of Sydney's western growth areas, delivering practical, sustainable, and contemporary residential living
TOWN HOUSES @ VICTORIA AVENUE - TOUKLEY
The knockdown and rebuild project on Victoria Avenue, NSW, involves the redevelopment of an existing property into a contemporary attached multi-dwelling residential development comprising two-storey townhouses. Designed to respond to the site's sloping terrain, the project aims to maximise site potential while providing functional interior layouts and spacious outdoor living areas. The architectural approach integrates the built form with the natural land levels, creating a balanced relationship between indoor and outdoor spaces while addressing site constraints and minimising unnecessary earthworks where feasible.
Sustainability is a key design consideration, with an emphasis on natural daylight, cross-ventilation, and passive environmental performance. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight penetration and airflow, creating bright, comfortable interiors while helping reduce reliance on artificial lighting and mechanical cooling. The outdoor living areas extend the usable living spaces and provide opportunities for relaxation and entertaining, enhancing the connection between the homes and their surrounding environment.
The proposed material palette includes brick veneer and lightweight cladding to create a contemporary façade with durable, low-maintenance finishes. Colorbond roofing provides a practical and weather-resistant roof solution, while concrete and pier foundations are proposed to respond to the site's slope and ground conditions, subject to engineering design. Tiled flooring and aluminium-framed windows complete the material selection, combining functionality with modern residential aesthetics.
The overall design prioritises efficient planning, occupant comfort, and long-term durability. Consideration of solar orientation, insulation, shading, stormwater drainage, and weatherproofing will further support energy efficiency and building performance. The result is a modern townhouse development that responds to the site's topography while delivering spacious outdoor living, sustainable design features, and contemporary residential amenity.
Sustainability is a key design consideration, with an emphasis on natural daylight, cross-ventilation, and passive environmental performance. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight penetration and airflow, creating bright, comfortable interiors while helping reduce reliance on artificial lighting and mechanical cooling. The outdoor living areas extend the usable living spaces and provide opportunities for relaxation and entertaining, enhancing the connection between the homes and their surrounding environment.
The proposed material palette includes brick veneer and lightweight cladding to create a contemporary façade with durable, low-maintenance finishes. Colorbond roofing provides a practical and weather-resistant roof solution, while concrete and pier foundations are proposed to respond to the site's slope and ground conditions, subject to engineering design. Tiled flooring and aluminium-framed windows complete the material selection, combining functionality with modern residential aesthetics.
The overall design prioritises efficient planning, occupant comfort, and long-term durability. Consideration of solar orientation, insulation, shading, stormwater drainage, and weatherproofing will further support energy efficiency and building performance. The result is a modern townhouse development that responds to the site's topography while delivering spacious outdoor living, sustainable design features, and contemporary residential amenity.
MULTI DWELLING HOUSES @ NARRABRI
The multi-dwelling residential project at Queen Elizabeth II Avenue, Narrabri, NSW, involves the development of several contemporary homes comprising a combination of single-storey and two-storey dwellings. The project aims to provide functional, comfortable, and well-designed residential spaces that respond to the site's conditions and the surrounding neighbourhood. The varied building configurations create a diverse residential environment, with practical floor plans, efficient space utilisation, and a consistent architectural character across the development.
The design incorporates a selection of durable and practical construction materials, including brick veneer and lightweight cladding for external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials provide a balance of durability, low-maintenance requirements, and contemporary aesthetics while supporting the functional needs of residential living. The combination of single-storey and two-storey houses also allows for variation in dwelling layouts and spatial arrangements to suit different residential requirements.
The overall project focuses on quality construction, efficient planning, and long-term building performance. Careful consideration of natural lighting, ventilation, thermal insulation, drainage, and site integration will contribute to comfortable and functional homes. The result is a cohesive multi-dwelling development that combines practical design, durable materials, and contemporary residential living within the Narrabri community.
The design incorporates a selection of durable and practical construction materials, including brick veneer and lightweight cladding for external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials provide a balance of durability, low-maintenance requirements, and contemporary aesthetics while supporting the functional needs of residential living. The combination of single-storey and two-storey houses also allows for variation in dwelling layouts and spatial arrangements to suit different residential requirements.
The overall project focuses on quality construction, efficient planning, and long-term building performance. Careful consideration of natural lighting, ventilation, thermal insulation, drainage, and site integration will contribute to comfortable and functional homes. The result is a cohesive multi-dwelling development that combines practical design, durable materials, and contemporary residential living within the Narrabri community.
TERRACE HOUSES @ CASTLE HILL
The two-storey terrace house project in Castle Hill, NSW, involves the development of contemporary attached residential dwellings designed to maximise functional living spaces while maintaining a cohesive architectural appearance. The design focuses on efficient space planning, practical room layouts, and a balance between privacy and connectivity within the terrace-style configuration. The two-storey arrangement provides opportunities to separate communal living areas from private bedrooms, creating comfortable and functional homes suited to modern residential living.
The proposed material palette includes brick veneer and lightweight cladding for the external walls, Colorbond roofing, concrete elements, Hebel party walls, tiled flooring, and aluminium-framed windows. These materials combine durability, practical maintenance, and contemporary aesthetics. The Hebel party walls are intended to provide separation between adjoining dwellings, with fire resistance and acoustic performance to be confirmed through the detailed design and relevant compliance requirements. Colorbond roofing offers a durable roof finish, while tiled floors and aluminium windows provide practical, long-lasting solutions for everyday use.
The overall design emphasises construction quality, efficient use of space, and long-term building performance. Consideration of natural lighting, ventilation, thermal insulation, weatherproofing, and privacy will help create comfortable indoor environments. The result is a modern terrace house development that combines functional planning, durable materials, and contemporary residential design within the Castle Hill area.
The proposed material palette includes brick veneer and lightweight cladding for the external walls, Colorbond roofing, concrete elements, Hebel party walls, tiled flooring, and aluminium-framed windows. These materials combine durability, practical maintenance, and contemporary aesthetics. The Hebel party walls are intended to provide separation between adjoining dwellings, with fire resistance and acoustic performance to be confirmed through the detailed design and relevant compliance requirements. Colorbond roofing offers a durable roof finish, while tiled floors and aluminium windows provide practical, long-lasting solutions for everyday use.
The overall design emphasises construction quality, efficient use of space, and long-term building performance. Consideration of natural lighting, ventilation, thermal insulation, weatherproofing, and privacy will help create comfortable indoor environments. The result is a modern terrace house development that combines functional planning, durable materials, and contemporary residential design within the Castle Hill area.
DUPLEX @ GLENDARRAH STREET - HAZELBROOK
This brand-new two-storey detached duplex project on Glendarrah Street, NSW, features an innovative residential design that responds to the challenges and opportunities of a sloping corner lot. Each dwelling is oriented towards a separate street, with its own entrance and independent street frontage, providing enhanced privacy, accessibility, and a distinct residential identity. The split-level configuration follows the site's natural contours, allowing the building forms to adapt to changes in ground level while optimising site utilisation and reducing unnecessary earthworks where feasible.
Sustainable design principles are integrated throughout the development, with a focus on natural daylight, cross-ventilation, and occupant comfort. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight penetration and promote natural airflow, helping to create bright, well-ventilated interiors while reducing reliance on artificial lighting and mechanical cooling. The design also considers solar orientation, insulation, shading, and thermal performance to support energy efficiency and long-term sustainability.
The proposed material palette includes brick veneer and lightweight cladding for the external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials offer a practical combination of durability, low-maintenance finishes, and contemporary architectural appeal. The foundation system and split-level arrangement will be developed in response to geotechnical investigations, structural requirements, and the site's topography.
The overall design aims to deliver two independent, comfortable, and functional homes that make effective use of the corner site's location and natural slope. By combining thoughtful site planning, passive design strategies, and durable construction materials, the project demonstrates a contemporary approach to duplex living that balances privacy, functionality, and sustainable residential design.
Sustainable design principles are integrated throughout the development, with a focus on natural daylight, cross-ventilation, and occupant comfort. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight penetration and promote natural airflow, helping to create bright, well-ventilated interiors while reducing reliance on artificial lighting and mechanical cooling. The design also considers solar orientation, insulation, shading, and thermal performance to support energy efficiency and long-term sustainability.
The proposed material palette includes brick veneer and lightweight cladding for the external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials offer a practical combination of durability, low-maintenance finishes, and contemporary architectural appeal. The foundation system and split-level arrangement will be developed in response to geotechnical investigations, structural requirements, and the site's topography.
The overall design aims to deliver two independent, comfortable, and functional homes that make effective use of the corner site's location and natural slope. By combining thoughtful site planning, passive design strategies, and durable construction materials, the project demonstrates a contemporary approach to duplex living that balances privacy, functionality, and sustainable residential design.
DUPLEX @ FRAVENT STREET - TOUKLEY
The knockdown and rebuild project on Fravent Street, NSW, involves the redevelopment of an existing property into a contemporary single-storey duplex featuring a side-by-side split-level design that responds to the natural slope of the site. The architectural approach aims to optimise site utilisation while providing functional layouts, comfortable living spaces, and independent accommodation for both dwellings. By adapting the building configuration to the site's changing levels, the design seeks to minimise unnecessary earthworks and integrate the development with the surrounding landscape, subject to detailed site and engineering requirements.
Sustainability is a key design consideration, with an emphasis on natural daylight, cross-ventilation, and passive environmental performance. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight to penetrate internal spaces and promote natural airflow, helping create bright, well-ventilated interiors while reducing reliance on artificial lighting and mechanical cooling. Consideration of solar orientation, insulation, shading, and thermal performance will further enhance occupant comfort and energy efficiency.
The proposed material palette includes brick veneer and lightweight cladding for external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials offer a practical combination of durability, low-maintenance finishes, and contemporary residential appeal. The foundation system and split-level arrangement will be designed in response to the site's topography, geotechnical conditions, and structural requirements.
The result is a modern, sustainable duplex that combines efficient site planning, durable construction materials, and passive design strategies to create comfortable and functional homes while responding thoughtfully to the site's sloping terrain.
Sustainability is a key design consideration, with an emphasis on natural daylight, cross-ventilation, and passive environmental performance. Strategically positioned skylights and windows on opposing sides of the dwellings encourage daylight to penetrate internal spaces and promote natural airflow, helping create bright, well-ventilated interiors while reducing reliance on artificial lighting and mechanical cooling. Consideration of solar orientation, insulation, shading, and thermal performance will further enhance occupant comfort and energy efficiency.
The proposed material palette includes brick veneer and lightweight cladding for external walls, Colorbond roofing, concrete and pier foundations, tiled flooring, and aluminium-framed windows. These materials offer a practical combination of durability, low-maintenance finishes, and contemporary residential appeal. The foundation system and split-level arrangement will be designed in response to the site's topography, geotechnical conditions, and structural requirements.
The result is a modern, sustainable duplex that combines efficient site planning, durable construction materials, and passive design strategies to create comfortable and functional homes while responding thoughtfully to the site's sloping terrain.
TERRACE HOUSES @ MIDDLETON AVENUE - CASTLLE HILL
This knockdown and rebuild project in Castle Hill, NSW, involves the redevelopment of an existing property into contemporary two-storey attached terrace dwellings. Designed to respond to the site's sloping terrain, the project focuses on efficient site utilisation, functional living spaces, and a cohesive modern architectural expression. The building design carefully considers the natural topography to accommodate level changes while minimising unnecessary earthworks and integrating the development with its surrounding landscape.
A key design priority is the retention of existing trees wherever practicable. The building footprint and site layout have been carefully considered to minimise tree removals and preserve existing vegetation, supporting the site's natural character and environmental value. The design also aims to balance residential density with thoughtful site planning and a respectful response to the surrounding environment.
The proposed material palette includes Hebel party walls, brick veneer, lightweight cladding, and Colorbond roofing. These materials combine durability, practical maintenance, and contemporary aesthetics. Hebel party walls are intended to provide separation between adjoining dwellings, with fire safety and acoustic performance addressed through detailed design and compliance requirements.
Overall, the project demonstrates a considered approach to residential redevelopment, combining contemporary terrace living with site-responsive design, durable construction materials, and a commitment to minimising environmental disturbance. The result aims to deliver functional, modern homes while respecting the natural features of the Castle Hill site.
A key design priority is the retention of existing trees wherever practicable. The building footprint and site layout have been carefully considered to minimise tree removals and preserve existing vegetation, supporting the site's natural character and environmental value. The design also aims to balance residential density with thoughtful site planning and a respectful response to the surrounding environment.
The proposed material palette includes Hebel party walls, brick veneer, lightweight cladding, and Colorbond roofing. These materials combine durability, practical maintenance, and contemporary aesthetics. Hebel party walls are intended to provide separation between adjoining dwellings, with fire safety and acoustic performance addressed through detailed design and compliance requirements.
Overall, the project demonstrates a considered approach to residential redevelopment, combining contemporary terrace living with site-responsive design, durable construction materials, and a commitment to minimising environmental disturbance. The result aims to deliver functional, modern homes while respecting the natural features of the Castle Hill site.
.jpg "image title")
.jpg "image title")
TERRACE HOUSES @ WHITLING AVENUE - CASTLLE HILL
This knockdown and rebuild project in Castle Hill, NSW, involves the redevelopment of an existing corner block into contemporary two-storey attached terrace dwellings. The design responds to the site's sloping terrain and corner location, carefully considering building orientation, street frontage, access, and site levels to achieve an efficient and functional residential layout. The architectural approach aims to maximise the potential of the site while creating modern living spaces that complement the surrounding residential character.
A key design consideration is the careful integration of the development with the existing landscape, with the building footprint and site layout planned to minimise tree removals and retain existing vegetation wherever practicable. The sloping topography is addressed through considered building design and level transitions, helping to reduce unnecessary earthworks and minimise disturbance to the site.
The proposed material palette includes Hebel party walls, brick veneer, lightweight cladding, and Colorbond roofing. These materials provide a balance of durability, contemporary aesthetics, and practical maintenance. The Hebel party walls are intended to provide separation between adjoining dwellings, with fire safety and acoustic performance addressed through detailed design and applicable building requirements.
Overall, the project demonstrates a site-responsive approach to urban residential redevelopment, combining contemporary terrace living, thoughtful corner-block planning, and careful landscape consideration. The result aims to deliver functional and visually cohesive homes while making efficient use of the sloping site and preserving existing trees wherever feasible.
A key design consideration is the careful integration of the development with the existing landscape, with the building footprint and site layout planned to minimise tree removals and retain existing vegetation wherever practicable. The sloping topography is addressed through considered building design and level transitions, helping to reduce unnecessary earthworks and minimise disturbance to the site.
The proposed material palette includes Hebel party walls, brick veneer, lightweight cladding, and Colorbond roofing. These materials provide a balance of durability, contemporary aesthetics, and practical maintenance. The Hebel party walls are intended to provide separation between adjoining dwellings, with fire safety and acoustic performance addressed through detailed design and applicable building requirements.
Overall, the project demonstrates a site-responsive approach to urban residential redevelopment, combining contemporary terrace living, thoughtful corner-block planning, and careful landscape consideration. The result aims to deliver functional and visually cohesive homes while making efficient use of the sloping site and preserving existing trees wherever feasible.
.jpg "image title")
.jpg "image title")
