Utility Closet with Slatwall and hanging baskets for cleaning supplies. Photography by Michael Woodall
Inspiration for a contemporary closet remodel in Phoenix

Stuart Wade, Envision Virtual Tours, Inc. Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Lake Burton Area . Knowing the areas and resources of Lake Burton is our specialty Lake Burton is a 2,775 acre man-made lake with 62 miles of shoreline located in the northeastern corner of Georgia in Rabun County. It is the first lake in a five-lake series called the Tallulah River Watershed that follows the original course of the Tallulah River. The series of lakes starts with Lake Burton as the northernmost lake followed by Lake Seed, Lake Rabun, Lake Tallulah Falls and the eastern arm of Lake Tugalo (the western arm is formed by the Chattooga River. The lakes are owned and operated by the Georgia Power Company to generate hydroelectric energy for Georgia's largest city, Atlanta. At one time these lakes were the largest producers of electricity in the state of Georgia. Now, they only provide peak power supply. The lake was built in a deep valley located along a 10 mile section of the Tallulah River. The Lake Burton Dam was closed on December 22, 1919 and the lake started to fill. The dam is a gravity concrete dam, with a height of 128 feet and a span of 1,100 feet. The spillway is equipped with eight gates 22 feet wide by 6.6 feet high. The total capacity at an elevation of 1,866.6 feet is 108,000 acre-ft, of which 106,000 acre-ft is usable storage. The generating capacity of the dam is 6,120 kilowatts (two units).Lake Burton is the highest Georgia Power lake in Georgia. Lake Burton gets its named from the town of Burton, which was the second largest town in Rabun County with a population of approximately 200 but now lies below the lake's surface. The town (and the lake) was named after local prominent citizen Jeremiah Burton and was situated along the road from Clayton, Georgia to the Nacoochee Valley. Andrew Jackson Ritchie served as the postmaster for the area for several years. Gold was first discovered in Rabun County where Dicks Creek and the Tallulah River come together and was the reason for the town's founding in the early 1800s. The Lake Burton Fish Hatchery and Moccasin Creek State Park are located on the western side of the lake. Lake Burton is home to several species of fish, including Spotted Bass, Largemouth Bass, White Bass, Black Crappie, Bluegill, Redear Sunfish, White Catfish, Walleye, Brown Trout, Rainbow Trout, and Yellow Perch. The residents of Lake Burton are a mix of permanent residents and seasonal vacationers who together make-up the Lake Burton Civic Association, a local organization who goal is to maintain the lake through volunteer clean-ups and other such events. Let a Lake Burton resident and expert show you the way The Lake Burton Civic Association is an active homeowners association for residents of the Lake Burton area and sponsors many events throughout the year such as: burton, custom, envision, georgia, lake, mountain, nc, north, photography, web, western, Lake Burton, Lake Rabun, Seed Lake,Virtual Tours.

Eat-in kitchen - large contemporary u-shaped light wood floor eat-in kitchen idea in Dallas with an undermount sink, flat-panel cabinets, medium tone wood cabinets, quartzite countertops, green backsplash, stone slab backsplash, stainless steel appliances and an island

Sustainable Design Meets Smart Technology This home featured a request from the client to use as many environmentally friendly materials and fabrics as possible. Many common shade manufacturers use materials with PVC plastic, which is known for off-gassing hazardous chemicals that linger in the air in the home for years. The main floor roller shades met the client’s request for an eco-friendly fabric by utilizing motorized shades with GreenScreen fabric. In other rooms, the designer and client wanted the classic look and soft fabrics with roman shades and drapery tracks on several windows in the house. By partnering with the interior designer and fabric workroom, we were able to provide a custom solution for motorization of roman shades and drapery. Lighting Control The client is able control all of the lighting and window treatments in the house with a single control system. This eliminates the need for extra devices on the wall or remote controls that clutter up the space and get lost. By utilizing the custom window treatments, the house is able to conserve energy by keeping the house warmer in the winter, and cooler in the summer by providing insulation and blocking sunlight. The lighting control system further helps to conserve energy by beautifully dimming LED lights as well as using quick buttons that turn off all of the lights in the house, or un-occupied rooms, with the press of a single button. Motorized Window Treatments Motorized window treatments add a high level of convenience to any project, especially those with many windows in hard to reach places. The challenge with many manufacturers is a limitation of style and fabric selection, some may be as basic as only roller shades. Often times these come with un-reliable, wireless controls. On this Birmingham, MI project completed in March 2019, we partnered with the interior designer and drapery workroom to provide a truly unique solution. The homeowner and designer’s requests included many different styles of window treatments including rollers shades, roman shades and motorized draperies. Typically, this would result in a collection of various shade manufacturers with unsightly remotes scattered across each room or stuck to the wall for control. Utilizing standard offerings, coupled with an incredible team effort by the designer and drapery workroom, we provided all of the requested styles of window treatments, and were able to control them all on a single system. This means that each room has a single, elegant keypad built into the wall that controls not only the window treatments, but the lighting as well. When leaving/entering the home, all of the window coverings can be raised or lowered with a single button press. Shades and draperies can also be set to operate based on the time of day for automatic day-to-day operation using sunlight as a guide. In the end, we achieved convenience, function and sophisticated style.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Sustainable Design Meets Smart Technology This home featured a request from the client to use as many environmentally friendly materials and fabrics as possible. Many common shade manufacturers use materials with PVC plastic, which is known for off-gassing hazardous chemicals that linger in the air in the home for years. The main floor roller shades met the client’s request for an eco-friendly fabric by utilizing motorized shades with GreenScreen fabric. In other rooms, the designer and client wanted the classic look and soft fabrics with roman shades and drapery tracks on several windows in the house. By partnering with the interior designer and fabric workroom, we were able to provide a custom solution for motorization of roman shades and drapery. Lighting Control The client is able control all of the lighting and window treatments in the house with a single control system. This eliminates the need for extra devices on the wall or remote controls that clutter up the space and get lost. By utilizing the custom window treatments, the house is able to conserve energy by keeping the house warmer in the winter, and cooler in the summer by providing insulation and blocking sunlight. The lighting control system further helps to conserve energy by beautifully dimming LED lights as well as using quick buttons that turn off all of the lights in the house, or un-occupied rooms, with the press of a single button. Motorized Window Treatments Motorized window treatments add a high level of convenience to any project, especially those with many windows in hard to reach places. The challenge with many manufacturers is a limitation of style and fabric selection, some may be a s basic as only roller shades. Often times these come with un-reliable, wireless controls. On this Birmingham, MI project completed in March 2019, we partnered with the interior designer and drapery workroom to provide a truly unique solution. The homeowner and designer’s requests included many different styles of window treatments including rollers shades, roman shades and motorized draperies. Typically, this would result in a collection of various shade manufacturers with unsightly remotes scattered across each room or stuck to the wall for control. Utilizing standard offerings, coupled with an incredible team effort by the designer and drapery workroom, we provided all of the requested styles of window treatments, and were able to control them all on a single system. This means that each room has a single, elegant keypad built into the wall that controls not only the window treatments, but the lighting as well. When leaving/entering the home, all of the window coverings can be raised or lowered with a single button press. Shades and draperies can also be set to operate based on the time of day for automatic day-to-day operation using sunlight as a guide. In the end, we achieved convenience, function and sophisticated style.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

This spectacular entryway for the Hayden, Idaho, custom estate acts as a technical architectural bridge. By integrating specialized artisan millwork with advanced smart-home connectivity and complex climate engineering, we’ve created a high-performance first impression that sets the standard for the entire residence. High-Performance Architecture: Custom Entry & Smart Integration This entryway serves as a technical showcase, blending rustic artisan craftsmanship with high-capacity environmental control. We engineered this high-volume space to function as a thermal and visual bridge, leveraging specialized Knotty Alder millwork and advanced construction techniques to prepare visitors for the complexity found deeper in the home (like the 18-head steam suite!). Technical & Artisan Highlights: Custom Aagesen Millworks Door: The focal point is the substantial, hand-crafted Knotty Alder entry door, fabricated by Aagesen Millworks. We integrated a large upper-glass panel featuring a custom "raindrop" texture for immediate architectural interest and privacy, setting an artisan tone for the entire residence. Complex Fenestration Matrix: We engineered this wall with a sophisticated array of matching side-lights and a spectacular semicircular transom window. This complex framing assembly requires precise geometry and structural integration to ensure maximum daylight infiltration while maintaining high-efficiency environmental performance. Architectural Woodwork Integration: The entry door and windows are anchored by a continuous, massive Knotty Alder header and casing assembly. Note the thick, rustic cross-header that bridges the central opening, creating a robust, unified archway that emphasizes the vaulting architecture. Invisible HVAC Integration: To handle the significant volume of this vaulted space, we installed an invisible thermostat-controlled radiant heating system beneath the large-format dark grey tile. This provides consistent, "cold-spot-free" warmth across the entire floor plan. (Note the technical complexity required to fit the baseboard registers into the substantial wood base). Smart Security & Continuity: This entry features integrated high-end dark bronze security and locking hardware (visible on the right-hand jamb), providing professional-grade protection. We ensured design continuity by utilizing the same rustic wood tones and heavy-gauge bronze that are echoed on the specialized DTV plumbing controls in the master en-suite.

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica

Sustainable Design Meets Smart Technology This home featured a request from the client to use as many environmentally friendly materials and fabrics as possible. Many common shade manufacturers use materials with PVC plastic, which is known for off-gassing hazardous chemicals that linger in the air in the home for years. The main floor roller shades met the client’s request for an eco-friendly fabric by utilizing motorized shades with GreenScreen fabric. In other rooms, the designer and client wanted the classic look and soft fabrics with roman shades and drapery tracks on several windows in the house. By partnering with the interior designer and fabric workroom, we were able to provide a custom solution for motorization of roman shades and drapery. Lighting Control The client is able control all of the lighting and window treatments in the house with a single control system. This eliminates the need for extra devices on the wall or remote controls that clutter up the space and get lost. By utilizing the custom window treatments, the house is able to conserve energy by keeping the house warmer in the winter, and cooler in the summer by providing insulation and blocking sunlight. The lighting control system further helps to conserve energy by beautifully dimming LED lights as well as using quick buttons that turn off all of the lights in the house, or un-occupied rooms, with the press of a single button. Motorized Window Treatments Motorized window treatments add a high level of convenience to any project, especially those with many windows in hard to reach places. The challenge with many manufacturers is a limitation of style and fabric selection, some may be a s basic as only roller shades. Often times these come with un-reliable, wireless controls. On this Birmingham, MI project completed in March 2019, we partnered with the interior designer and drapery workroom to provide a truly unique solution. The homeowner and designer’s requests included many different styles of window treatments including rollers shades, roman shades and motorized draperies. Typically, this would result in a collection of various shade manufacturers with unsightly remotes scattered across each room or stuck to the wall for control. Utilizing standard offerings, coupled with an incredible team effort by the designer and drapery workroom, we provided all of the requested styles of window treatments, and were able to control them all on a single system. This means that each room has a single, elegant keypad built into the wall that controls not only the window treatments, but the lighting as well. When leaving/entering the home, all of the window coverings can be raised or lowered with a single button press. Shades and draperies can also be set to operate based on the time of day for automatic day-to-day operation using sunlight as a guide. In the end, we achieved convenience, function and sophisticated style.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Sustainable Design Meets Smart Technology This home featured a request from the client to use as many environmentally friendly materials and fabrics as possible. Many common shade manufacturers use materials with PVC plastic, which is known for off-gassing hazardous chemicals that linger in the air in the home for years. The main floor roller shades met the client’s request for an eco-friendly fabric by utilizing motorized shades with GreenScreen fabric. In other rooms, the designer and client wanted the classic look and soft fabrics with roman shades and drapery tracks on several windows in the house. By partnering with the interior designer and fabric workroom, we were able to provide a custom solution for motorization of roman shades and drapery. Lighting Control The client is able control all of the lighting and window treatments in the house with a single control system. This eliminates the need for extra devices on the wall or remote controls that clutter up the space and get lost. By utilizing the custom window treatments, the house is able to conserve energy by keeping the house warmer in the winter, and cooler in the summer by providing insulation and blocking sunlight. The lighting control system further helps to conserve energy by beautifully dimming LED lights as well as using quick buttons that turn off all of the lights in the house, or un-occupied rooms, with the press of a single button. Motorized Window Treatments Motorized window treatments add a high level of convenience to any project, especially those with many windows in hard to reach places. The challenge with many manufacturers is a limitation of style and fabric selection, some may be a s basic as only roller shades. Often times these come with un-reliable, wireless controls. On this Birmingham, MI project completed in March 2019, we partnered with the interior designer and drapery workroom to provide a truly unique solution. The homeowner and designer’s requests included many different styles of window treatments including rollers shades, roman shades and motorized draperies. Typically, this would result in a collection of various shade manufacturers with unsightly remotes scattered across each room or stuck to the wall for control. Utilizing standard offerings, coupled with an incredible team effort by the designer and drapery workroom, we provided all of the requested styles of window treatments, and were able to control them all on a single system. This means that each room has a single, elegant keypad built into the wall that controls not only the window treatments, but the lighting as well. When leaving/entering the home, all of the window coverings can be raised or lowered with a single button press. Shades and draperies can also be set to operate based on the time of day for automatic day-to-day operation using sunlight as a guide. In the end, we achieved convenience, function and sophisticated style.

Sustainable Design Meets Smart Technology This home featured a request from the client to use as many environmentally friendly materials and fabrics as possible. Many common shade manufacturers use materials with PVC plastic, which is known for off-gassing hazardous chemicals that linger in the air in the home for years. The main floor roller shades met the client’s request for an eco-friendly fabric by utilizing motorized shades with GreenScreen fabric. In other rooms, the designer and client wanted the classic look and soft fabrics with roman shades and drapery tracks on several windows in the house. By partnering with the interior designer and fabric workroom, we were able to provide a custom solution for motorization of roman shades and drapery. Lighting Control The client is able control all of the lighting and window treatments in the house with a single control system. This eliminates the need for extra devices on the wall or remote controls that clutter up the space and get lost. By utilizing the custom window treatments, the house is able to conserve energy by keeping the house warmer in the winter, and cooler in the summer by providing insulation and blocking sunlight. The lighting control system further helps to conserve energy by beautifully dimming LED lights as well as using quick buttons that turn off all of the lights in the house, or un-occupied rooms, with the press of a single button. Motorized Window Treatments Motorized window treatments add a high level of convenience to any project, especially those with many windows in hard to reach places. The challenge with many manufacturers is a limitation of style and fabric selection, some may be a s basic as only roller shades. Often times these come with un-reliable, wireless controls. On this Birmingham, MI project completed in March 2019, we partnered with the interior designer and drapery workroom to provide a truly unique solution. The homeowner and designer’s requests included many different styles of window treatments including rollers shades, roman shades and motorized draperies. Typically, this would result in a collection of various shade manufacturers with unsightly remotes scattered across each room or stuck to the wall for control. Utilizing standard offerings, coupled with an incredible team effort by the designer and drapery workroom, we provided all of the requested styles of window treatments, and were able to control them all on a single system. This means that each room has a single, elegant keypad built into the wall that controls not only the window treatments, but the lighting as well. When leaving/entering the home, all of the window coverings can be raised or lowered with a single button press. Shades and draperies can also be set to operate based on the time of day for automatic day-to-day operation using sunlight as a guide. In the end, we achieved convenience, function and sophisticated style.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.