Budget analysis and project development by: May Construction, Inc. We reconfigured the existing floor plan to help create more efficient usable space. The kitchen and dining room are now one big room that is open to the great room, and the golf course view was made more prominent. Budget analysis and project development by: May Construction, Inc. -

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.

Budget analysis and project development by: May Construction, Inc. We reconfigured the existing floor plan to help create more efficient usable space. The kitchen and dining room are now one big room that is open to the great room, and the golf course view was made more prominent. Budget analysis and project development by: May Construction, Inc. -

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.

This exterior deck renovation and reconstruction project included structural analysis and design services to install new stairs and landings as part of a new two-tiered floor plan. A new platform and stair were designed to connect the upper and lower levels of this existing deck which then allowed for enhanced circulation. The construction included structural framing modifications, new stair and landing construction, exterior renovation of the existing deck, new railings and painting. Pisano Development Group provided preliminary analysis, design services and construction management services.

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.

A visual artist and his fiancée’s house and studio were designed with various themes in mind, such as the physical context, client needs, security, and a limited budget. Six options were analyzed during the schematic design stage to control the wind from the northeast, sunlight, light quality, cost, energy, and specific operating expenses. By using design performance tools and technologies such as Fluid Dynamics, Energy Consumption Analysis, Material Life Cycle Assessment, and Climate Analysis, sustainable strategies were identified. The building is self-sufficient and will provide the site with an aquifer recharge that does not currently exist. The main masses are distributed around a courtyard, creating a moderately open construction towards the interior and closed to the outside. The courtyard contains a Huizache tree, surrounded by a water mirror that refreshes and forms a central part of the courtyard. The house comprises three main volumes, each oriented at different angles to highlight different views for each area. The patio is the primary circulation stratagem, providing a refuge from the wind, a connection to the sky, and a night sky observatory. We aim to establish a deep relationship with the site by including the open space of the patio.

Budget analysis and project development by: May Construction, Inc. We reconfigured the existing floor plan to help create more efficient usable space. The kitchen and dining room are now one big room that is open to the great room, and the golf course view was made more prominent. Budget analysis and project development by: May Construction, Inc. -

Budget analysis and project development by: May Construction, Inc. -We reconfigured the existing floor plan to help create more efficient usable space. The kitchen and dining room are now one big room that is open to the great room, and the golf course view was made more prominent. Budget analysis and project development by: May Construction, Inc. -

This sustainable project was completed on a private 80 acre view parcel in the hills above Corralitos, CA. The owners were drawn to us through the Green Building link on our website and after an initial meeting, hired us to manage the preliminary feasibility studies, site work, design and eventual construction. With this type of project, we start at the beginning; making sure that development on the site is both possible and practical before we spend a lot of our client’s budget on plans that may not be suitable. After we determined that building on the property would be permitted by the Santa Cruz County Building and Planning Departments, we completed several feasibility steps that included: •A geologic review • Percolation test (for septic) • Water well probability analysis • Grading analysis • Biologic review • Site survey and topographic mapping • Earthquake zone and archeological clearances With these steps finished, we set up interviews with several local architects that we partner with to find the one that was most appealing to our client. The owners were integral to the process and agreed with our choice of Daniel Silvernail, Architect. He impressed the clients with his gracious nature and open attitude; welcoming feedback and the preferences they had throughout the design process. In addition to being very reasonably priced, Mr. Silvernail quickly gave his attention to the preliminary design plans. After client reviews and approval the full architectural and construction blueprints were finished. We had the complete ready-to-submit-for-permit documents in less than 10 weeks; this included structural engineering, energy calculations and Green Building ratings. We were all impressed by his professionalism throughout the design and building process.

A visual artist and his fiancée’s house and studio were designed with various themes in mind, such as the physical context, client needs, security, and a limited budget. Six options were analyzed during the schematic design stage to control the wind from the northeast, sunlight, light quality, cost, energy, and specific operating expenses. By using design performance tools and technologies such as Fluid Dynamics, Energy Consumption Analysis, Material Life Cycle Assessment, and Climate Analysis, sustainable strategies were identified. The building is self-sufficient and will provide the site with an aquifer recharge that does not currently exist. The main masses are distributed around a courtyard, creating a moderately open construction towards the interior and closed to the outside. The courtyard contains a Huizache tree, surrounded by a water mirror that refreshes and forms a central part of the courtyard. The house comprises three main volumes, each oriented at different angles to highlight different views for each area. The patio is the primary circulation stratagem, providing a refuge from the wind, a connection to the sky, and a night sky observatory. We aim to establish a deep relationship with the site by including the open space of the patio.

This sustainable project was completed on a private 80 acre view parcel in the hills above Corralitos, CA. The owners were drawn to us through the Green Building link on our website and after an initial meeting, hired us to manage the preliminary feasibility studies, site work, design and eventual construction. With this type of project, we start at the beginning; making sure that development on the site is both possible and practical before we spend a lot of our client’s budget on plans that may not be suitable. After we determined that building on the property would be permitted by the Santa Cruz County Building and Planning Departments, we completed several feasibility steps that included: •A geologic review • Percolation test (for septic) • Water well probability analysis • Grading analysis • Biologic review • Site survey and topographic mapping • Earthquake zone and archeological clearances With these steps finished, we set up interviews with several local architects that we partner with to find the one that was most appealing to our client. The owners were integral to the process and agreed with our choice of Daniel Silvernail, Architect. He impressed the clients with his gracious nature and open attitude; welcoming feedback and the preferences they had throughout the design process. In addition to being very reasonably priced, Mr. Silvernail quickly gave his attention to the preliminary design plans. After client reviews and approval the full architectural and construction blueprints were finished. We had the complete ready-to-submit-for-permit documents in less than 10 weeks; this included structural engineering, energy calculations and Green Building ratings. We were all impressed by his professionalism throughout the design and building process.

This sustainable project was completed on a private 80 acre view parcel in the hills above Corralitos, CA. The owners were drawn to us through the Green Building link on our website and after an initial meeting, hired us to manage the preliminary feasibility studies, site work, design and eventual construction. With this type of project, we start at the beginning; making sure that development on the site is both possible and practical before we spend a lot of our client’s budget on plans that may not be suitable. After we determined that building on the property would be permitted by the Santa Cruz County Building and Planning Departments, we completed several feasibility steps that included: •A geologic review • Percolation test (for septic) • Water well probability analysis • Grading analysis • Biologic review • Site survey and topographic mapping • Earthquake zone and archeological clearances With these steps finished, we set up interviews with several local architects that we partner with to find the one that was most appealing to our client. The owners were integral to the process and agreed with our choice of Daniel Silvernail, Architect. He impressed the clients with his gracious nature and open attitude; welcoming feedback and the preferences they had throughout the design process. In addition to being very reasonably priced, Mr. Silvernail quickly gave his attention to the preliminary design plans. After client reviews and approval the full architectural and construction blueprints were finished. We had the complete ready-to-submit-for-permit documents in less than 10 weeks; this included structural engineering, energy calculations and Green Building ratings. We were all impressed by his professionalism throughout the design and building process.

A visual artist and his fiancée’s house and studio were designed with various themes in mind, such as the physical context, client needs, security, and a limited budget. Six options were analyzed during the schematic design stage to control the wind from the northeast, sunlight, light quality, cost, energy, and specific operating expenses. By using design performance tools and technologies such as Fluid Dynamics, Energy Consumption Analysis, Material Life Cycle Assessment, and Climate Analysis, sustainable strategies were identified. The building is self-sufficient and will provide the site with an aquifer recharge that does not currently exist. The main masses are distributed around a courtyard, creating a moderately open construction towards the interior and closed to the outside. The courtyard contains a Huizache tree, surrounded by a water mirror that refreshes and forms a central part of the courtyard. The house comprises three main volumes, each oriented at different angles to highlight different views for each area. The patio is the primary circulation stratagem, providing a refuge from the wind, a connection to the sky, and a night sky observatory. We aim to establish a deep relationship with the site by including the open space of the patio.

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.

A visual artist and his fiancée’s house and studio were designed with various themes in mind, such as the physical context, client needs, security, and a limited budget. Six options were analyzed during the schematic design stage to control the wind from the northeast, sunlight, light quality, cost, energy, and specific operating expenses. By using design performance tools and technologies such as Fluid Dynamics, Energy Consumption Analysis, Material Life Cycle Assessment, and Climate Analysis, sustainable strategies were identified. The building is self-sufficient and will provide the site with an aquifer recharge that does not currently exist. The main masses are distributed around a courtyard, creating a moderately open construction towards the interior and closed to the outside. The courtyard contains a Huizache tree, surrounded by a water mirror that refreshes and forms a central part of the courtyard. The house comprises three main volumes, each oriented at different angles to highlight different views for each area. The patio is the primary circulation stratagem, providing a refuge from the wind, a connection to the sky, and a night sky observatory. We aim to establish a deep relationship with the site by including the open space of the patio.

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