Study room - large contemporary freestanding desk medium tone wood floor study room idea in Sydney with white walls

The house is carefully carved to reveal open spaces, which are flooded with natural light. The form of the house evolved from a thorough analysis of the site geometries, the availability of natural light and the client’s programmatic requirements. The design was further challenged by local zoning restrictions. The summary of this analysis revealed a central courtyard, which houses a Brazilian Ironwood tree. A symbol for the family, the tree will continue to grow alongside the family for generations.

Bruce Cole Photography
Example of a small farmhouse white gable roof design with a shingle roof

G3 provided a variety of services for the conversion of these mid-19th century landmarked loft warehouses to luxury condominiums. Our participation commenced as a third-party observer for the mezzanine lender, who assumed control of the project when the original developer went bankrupt. Working both as architect and redevelopment manager, we led the following activities: • Forensic analysis of construction defects • Code analysis for egress and fire safety • Comprehensive façade renovation, including NYC Local Law 11 filing and Landmarks approval • Development of new metal-and glass exterior façade enclosure for two penthouse levels • Redesign of residential units to improve marketability and to meet code • Redesign of building lobby to improve marketability

G3 provided a variety of services for the conversion of these mid-19th century landmarked loft warehouses to luxury condominiums. Our participation commenced as a third-party observer for the mezzanine lender, who assumed control of the project when the original developer went bankrupt. Working both as architect and redevelopment manager, we led the following activities: • Forensic analysis of construction defects • Code analysis for egress and fire safety • Comprehensive façade renovation, including NYC Local Law 11 filing and Landmarks approval • Development of new metal-and glass exterior façade enclosure for two penthouse levels • Redesign of residential units to improve marketability and to meet code • Redesign of building lobby to improve marketability

G3 provided a variety of services for the conversion of these mid-19th century landmarked loft warehouses to luxury condominiums. Our participation commenced as a third-party observer for the mezzanine lender, who assumed control of the project when the original developer went bankrupt. Working both as architect and redevelopment manager, we led the following activities: • Forensic analysis of construction defects • Code analysis for egress and fire safety • Comprehensive façade renovation, including NYC Local Law 11 filing and Landmarks approval • Development of new metal-and glass exterior façade enclosure for two penthouse levels • Redesign of residential units to improve marketability and to meet code • Redesign of building lobby to improve marketability

G3 provided a variety of services for the conversion of these mid-19th century landmarked loft warehouses to luxury condominiums. Our participation commenced as a third-party observer for the mezzanine lender, who assumed control of the project when the original developer went bankrupt. Working both as architect and redevelopment manager, we led the following activities: • Forensic analysis of construction defects • Code analysis for egress and fire safety • Comprehensive façade renovation, including NYC Local Law 11 filing and Landmarks approval • Development of new metal-and glass exterior façade enclosure for two penthouse levels • Redesign of residential units to improve marketability and to meet code • Redesign of building lobby to improve marketability

G3 provided a variety of services for the conversion of these mid-19th century landmarked loft warehouses to luxury condominiums. Our participation commenced as a third-party observer for the mezzanine lender, who assumed control of the project when the original developer went bankrupt. Working both as architect and redevelopment manager, we led the following activities: • Forensic analysis of construction defects • Code analysis for egress and fire safety • Comprehensive façade renovation, including NYC Local Law 11 filing and Landmarks approval • Development of new metal-and glass exterior façade enclosure for two penthouse levels • Redesign of residential units to improve marketability and to meet code • Redesign of building lobby to improve marketability

Post and beam addition. Windows are a plastic material and they slide up or down allowing the room to become a full screened in porch. Sofas convert to beds for summer sleeping,The dining table is metal with a Zinc top. Simple industrial chandelier over table

Classic Oak Elegance. Arden provides a timeless template with which to define your space. We designed the grain pattern to have just a hint of rustic, but it is still clean enough that you can convincingly use it in a modern setting. The most important specification for determining the durability of vinyl flooring is the thickness of the wear-layer. The best wear-layers are made of thick, clear virgin PVC, which covers the paper print-film that gives the floor its unique appearance. Once the wear-layer wears through, the paper is damaged and the floor will need replacement. Most vinyl floors come with a 8-12 mil wear-layer (0.2-3 mm). The top commercial specs in the industry are higher, at 20-22 mil (0.5 mm). A select few manufacturers offer a “super” commercial spec of 28 mil (0.7 mm). For Modin, we decided to set a new standard: 40 mil (1.0 mm) of premium virgin PVC. This allows us to offer an industry-leading 20 year Commercial Warranty (Lifetime Residential), compared to nearly all other commercial vinyl floors’ 10 year Commercial Warranty. Beyond our superior wear-layer, we also use a patented click mechanism for superior hold, and a ceramic-bead coating. SIZE MATTERS Wider and longer planks create a sense of space and luxury. Most vinyl floors come in 6” or 7” widths, and 36” or 48” lengths. For Modin, we designed our planks to be 9” wide, and 60” long. This extra large size allows our gorgeous designs to be fully expressed. DETAILS THAT COUNT We made sure to get all the details right. Real texture, to create the feel of wire-brushed wood. Low sheen level, to ensure a natural look that wears well over time. 4-sided bevels, to more accurately emulate the look of real planks. When added together they help create the unique look that is Modin. DESIGNS THAT INSPIRE We spent nearly a year just focusing on our designs, to ensure they provide the right mix of color and depth. Focusing on timeless wire-brush and European Oak styles, as well as more contemporary modern washes, our collection offers truly beautiful design that is both functional and inspiring.

Powder room with glam geometric wallpaper complimented with a vessel sink rustic vanity with riveted hardware. Counter top is quartz Viatera - Truffle. Mirror framed wall mirror. Ryan Hainey

This is the master bedroom. Based on the client's fung shui analysis, the bed was place on this wall specifically to work well for her. Head board and Ottoman by Roberto Cavalli. The nightstands, highboy, and large dresser, and sofa were designed by Kim Bauer and made by local artisans in the Los Angeles area. All the interior architecture and cabinet design by Kim Bauer, Bauer Design Group and built by Brad Allen Woodworks.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.

The steep hillside lot had been developed with a single-family residence (1965), which was at the maximum area for local zoning; therefore, the only way to enlarge the residence was to add a basement. During the cost analysis process, it became clear that supporting the house while creating a basement – and then substantially remodeling the remaining structure – would require far more effort and treasure than to replace the house entirely. Located just over one mile from the San Andreas Fault, the Owners tasked the design team to find a superior solution to the “Life Safety” standard required by Code. The team combined advances in seismic analysis and building technology to create for the owners one of the most seismically resilient houses built in the US. The newly designed house takes full advantage of the potential of this beautiful site. The home centers on large public rooms opening to outdoor spaces and the use of natural light. On the top level, the kitchen and family room sit side-by-side creating a shared space, with an expansive floor-to-ceiling folding door system allowing the rooms to open completely to the south-facing upper terrace and garage roof deck. An outdoor cooking area supports both family dinners as well as large gatherings of friends and family. Also on the top level, a living room and lounge area open to a large deck cantilevered high above the ground and oriented to the northern views. The feeling of being “in the trees” enhances the connection to the impressive landscape.