A captivating transformation in the coveted neighborhood of University Park, Dallas The heart of this home lies in the kitchen, where we embarked on a design endeavor that would leave anyone speechless. By opening up the main kitchen wall, we created a magnificent window system that floods the space with natural light and offers a breathtaking view of the picturesque surroundings. Suspended from the ceiling, a steel-framed marble vent hood floats a few inches from the window, showcasing a mesmerizing Lilac Marble. The same marble is skillfully applied to the backsplash and island, featuring a bold combination of color and pattern that exudes elegance. Adding to the kitchen's allure is the Italian range, which not only serves as a showstopper but offers robust culinary features for even the savviest of cooks. However, the true masterpiece of the kitchen lies in the honed reeded marble-faced island. Each marble strip was meticulously cut and crafted by artisans to achieve a half-rounded profile, resulting in an island that is nothing short of breathtaking. This intricate process took several months, but the end result speaks for itself. To complement the grandeur of the kitchen, we designed a combination of stain-grade and paint-grade cabinets in a thin raised panel door style. This choice adds an elegant yet simple look to the overall design. Inside each cabinet and drawer, custom interiors were meticulously designed to provide maximum functionality and organization for the day-to-day cooking activities. A vintage Turkish runner dating back to the 1960s, evokes a sense of history and character. The breakfast nook boasts a stunning, vivid, and colorful artwork created by one of Dallas' top artist, Kyle Steed, who is revered for his mastery of his craft. Some of our favorite art pieces from the inspiring Haylee Yale grace the coffee station and media console, adding the perfect moment to pause and loose yourself in the story of her art. The project extends beyond the kitchen into the living room, where the family's changing needs and growing children demanded a new design approach. Accommodating their new lifestyle, we incorporated a large sectional for family bonding moments while watching TV. The living room now boasts bolder colors, striking artwork a coffered accent wall, and cayenne velvet curtains that create an inviting atmosphere. Completing the room is a custom 22' x 15' rug, adding warmth and comfort to the space. A hidden coat closet door integrated into the feature wall adds an element of surprise and functionality. This project is not just about aesthetics; it's about pushing the boundaries of design and showcasing the possibilities. By curating an out-of-the-box approach, we bring texture and depth to the space, employing different materials and original applications. The layered design achieved through repeated use of the same material in various forms, shapes, and locations demonstrates that unexpected elements can create breathtaking results. The reason behind this redesign and remodel was the homeowners' desire to have a kitchen that not only provided functionality but also served as a beautiful backdrop to their cherished family moments. The previous kitchen lacked the "wow" factor they desired, prompting them to seek our expertise in creating a space that would be a source of joy and inspiration. Inspired by well-curated European vignettes, sculptural elements, clean lines, and a natural color scheme with pops of color, this design reflects an elegant organic modern style. Mixing metals, contrasting textures, and utilizing clean lines were key elements in achieving the desired aesthetic. The living room introduces bolder moments and a carefully chosen color scheme that adds character and personality. The client's must-haves were clear: they wanted a show stopping centerpiece for their home, enhanced natural light in the kitchen, and a design that reflected their family's dynamic. With the transformation of the range wall into a wall of windows, we fulfilled their desire for abundant natural light and breathtaking views of the surrounding landscape. Our favorite rooms and design elements are numerous, but the kitchen remains a standout feature. The painstaking process of hand-cutting and crafting each reeded panel in the island to match the marble's veining resulted in a labor of love that emanates warmth and hospitality to all who enter. In conclusion, this tastefully lux project in University Park, Dallas is an extraordinary example of a full gut remodel that has surpassed all expectations. The meticulous attention to detail, the masterful use of materials, and the seamless blend of functionality and aesthetics create an unforgettable space. It serves as a testament to the power of design and the transformative impact it can have on a home and its inhabitants. Project by Texas' Urbanology Designs. Their North Richland Hills-based interior design studio serves Dallas, Highland Park, University Park, Fort Worth, and upscale clients nationwide.

This functional, light-filled home takes full advantage of its bucolic site. With the introduction of the butterfly roof, natural light, ventilation and views are brought into the main gathering spaces. Distance between the private and public zones is created by a shift in geometry where those two meet in plan, to provide a calming and rejuvenating private retreat for the occupants. The structured juxtaposition of materials brings order and warmth to the home’s overall experience, complementing the textures and beauty of the site. Photo: ©Cesar Rubio

The design is a response to the high piedmont site’s mixed-humid climate; passive solar design features incorporated include proper microclimate orientation, extensive eaves, sheltering porches and high-albedo roofs; all as strategies for considerably reducing solar heat gain. Similar to a radiator, the design’s three wings maximize opportunities for natural ventilation during temperate months. Incorporation¬¬¬ of daylighting with clerestories and solar tubes reduce daytime lighting requirements. Ground source geothermal heat pumps and superior-to-code insulation ensure minimal space-conditioning costs. Corten steel siding and concrete foundation walls satisfy client requirements for low maintenance and durability. All lighting fixtures are LEDs.

Located on a beautiful, sloping lakeside parcel, this 3,600 square-foot home is geared towards net-zero living. The residence is organized around a central cupola that provides natural ventilation and connects with the lakefront windows, pulling in a soft, cooling breeze. Attention to passive heating technologies like that of heat absorption and transmittance influenced the exterior material selection and encouraged the use of local materials. Geared towards large family gatherings, this residence boasts a large screened porch and extensive kitchen and dining spaces in the open-concept main level. One-of-a-kind lake views can be appreciated from all family spaces as well as from the large master suite. Guests have their choice of three bedrooms for their stay and can enjoy the beautiful lake environment from an expansive deck or from any of the landscaped terraces that lead down to the water’s edge. Photographer: MTA

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

Corten® steel siding was chosen to minimize the building facades’ impact on the visual environment, its minimal maintenance requirements and elimination of long-term environmental impacts typical of other siding choices (paints, VOC emissions, cleaning functions). Corten® provides a range of LEED certifications for MR 4.1/4.2, MR 2.1/2.2, MR 5.2/5.2 credits, is 100% recyclable, is made from recycled content and considerably curtails the life-cycle enthalpy of the project’s exterior materials.

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

photography by Atelier Wong. The stair tower does all the work of the building. It is a heat stack for natural ventilation, holds all the circulation passages for the entire home, contains the 2-story kitchen and holds a bathroom under the stair.

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

The Mazama house is located in the Methow Valley of Washington State, a secluded mountain valley on the eastern edge of the North Cascades, about 200 miles northeast of Seattle. The house has been carefully placed in a copse of trees at the easterly end of a large meadow. Two major building volumes indicate the house organization. A grounded 2-story bedroom wing anchors a raised living pavilion that is lifted off the ground by a series of exposed steel columns. Seen from the access road, the large meadow in front of the house continues right under the main living space, making the living pavilion into a kind of bridge structure spanning over the meadow grass, with the house touching the ground lightly on six steel columns. The raised floor level provides enhanced views as well as keeping the main living level well above the 3-4 feet of winter snow accumulation that is typical for the upper Methow Valley. To further emphasize the idea of lightness, the exposed wood structure of the living pavilion roof changes pitch along its length, so the roof warps upward at each end. The interior exposed wood beams appear like an unfolding fan as the roof pitch changes. The main interior bearing columns are steel with a tapered “V”-shape, recalling the lightness of a dancer. The house reflects the continuing FINNE investigation into the idea of crafted modernism, with cast bronze inserts at the front door, variegated laser-cut steel railing panels, a curvilinear cast-glass kitchen counter, waterjet-cut aluminum light fixtures, and many custom furniture pieces. The house interior has been designed to be completely integral with the exterior. The living pavilion contains more than twelve pieces of custom furniture and lighting, creating a totality of the designed environment that recalls the idea of Gesamtkunstverk, as seen in the work of Josef Hoffman and the Viennese Secessionist movement in the early 20th century. The house has been designed from the start as a sustainable structure, with 40% higher insulation values than required by code, radiant concrete slab heating, efficient natural ventilation, large amounts of natural lighting, water-conserving plumbing fixtures, and locally sourced materials. Windows have high-performance LowE insulated glazing and are equipped with concealed shades. A radiant hydronic heat system with exposed concrete floors allows lower operating temperatures and higher occupant comfort levels. The concrete slabs conserve heat and provide great warmth and comfort for the feet. Deep roof overhangs, built-in shades and high operating clerestory windows are used to reduce heat gain in summer months. During the winter, the lower sun angle is able to penetrate into living spaces and passively warm the exposed concrete floor. Low VOC paints and stains have been used throughout the house. The high level of craft evident in the house reflects another key principle of sustainable design: build it well and make it last for many years! Photo by Benjamin Benschneider

Example of a small trendy medium tone wood floor kitchen/dining room combo design in San Francisco

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

This Northwood’s retreat was designed and built in a sustainable process to minimize site disturbance. The primary structural beams of the main cabin are hemlock that were logged on site and cut in Henry Ford’s original mill. Most of the house is paneled in indigenous northern white cedar with hemlock ceilings and cabinets of red and white pine. The sub-floors are also made of hemlock. The home is timber framed, doweled, and jointed. There is a high-efficiency propane generator and battery storage system that provides ample electric power. The home has been designed to take advantage of passive solar radiation and can be heated by the radiant bio fuel heating system. Walls and roof are super insulated and well vented to protect against moisture buildup. Natural ventilation is aided by the thermal chimney design that keeps the home cool and fresh throughout the summer. The property has been recorded a conservation easement written to forever preserve the singular beauty of the steep slopes, ponds, and ridge lines. It provides that the land may not be divided or the timber harvested in a commercial cut.

View from street: Greenlander will occupy an undeveloped residential lot in a desirable intown neighborhood. With dense forestation and old growth specimen trees scattered throughout the site, Greenlander will nestle into the steep slopes, limit grading, minimize impact to the existing tree canopy and understory. Greenlander’s ambitious sustainability goals are: o Near net-zero energy consumption o Incorporate sustainable technologies: Geothermal heating/cooling, photovoltaics, passive solar design, natural ventilation o Utilize low maintenance materials o Eliminate exotic and invasive species; repopulate native species throughout. o Preserve/restore riparian buffers area of the site as a Doug Tallamy style Homegrown National Park

Our pioneer project, Casita de Tierra in San Juan del Sur, Nicaragua, showcases the natural building techniques of a rubble trench foundation, earthbag construction, natural plasters, earthen floors, and a composting toilet. Our earthbag wall system consists of locally available, cost-efficient, polypropylene bags that are filled with a formula of clay and aggregate unearthed from our building site. The bags are stacked like bricks in running bonds, which are strengthened by courses of barbed wire laid between each row, and tamped into place. The walls are then plastered with a mix composed of clay, sand, soil and straw, and are followed by gypsum and lime renders to create attractive walls. The casita exhibits a load-bearing wall system demonstrating that thick earthen walls, with no rebar or cement, can support a roofing structure. We, also, installed earthen floors, created an indoor dry-composting toilet system, utilized local woods for the furniture, routed all grey water to the outdoor garden, and maximized air flow by including cross-ventilating screened windows below the natural palm frond and cane roof. Casita de Tierra exemplifies an economically efficient, structurally sound, aesthetically pleasing, environmentally kind, and socially responsible home.

The knock down & rebuild revolution is here to stay. This new modern family home replaces a tired old house that was not designed to capitalise on its location, whereas this new contemporary modern building has been designed to capitalise on the natural environment – natural sunlight, sea breezes & sea views, to create a very liveable coastal family home. This new residence with its contemporary coastal styling utilises the natural finishes of modern materials to ground this family home’s context into this locations evolving executive seaside neighbourhood. This buildings design is a balance of form & function with a deliberate consideration of passive solar liveable design techniques, designed to capture the natural sunlight, sea breezes & sea views that this property offers. This new residence has been designed with a variety of indoor & outdoor living areas to capitalise on the natural environment & climate of this property’s location. This house incorporates design elements to allow the house to be comfortable all year round, providing a variety of areas for occupants to utilise, whether it be capturing natural sunlight & warmth in winter, creating cooling cross ventilation from sea breezes in summer & then there is the direct access to a beautifully natural landscaped garden, this new house will provide the occupants with a low maintenance, healthy living environment for years to come.

One Raven is a truely unique project that pushes the boundaries of urban density without losing heritage roots. Located in the heart of North Vancouver‘s up and coming moodyville neighbourhood, One Raven will be a beacon on E 3rd. With one of the last remaining heritage buildings on the front of the lot, the project consists of a NetZero high-performance infill duplex, each complete with its suite. This will add 4 new livable units in an infill laneway format with the heritage home complementing the site. The project is built to Level 5 of the BC Energy Step Code meaning it is already at the energy targets for all buildings in 2032, 13 years early! This spectacular and unique project was designed by the talented architect Tina Hubert at Design Studio 8. The passive house inspired townhouses and suites will be accessed via an internal courtyard bi-secting the lot in an east-west orientation parallel to the street. A circulation corridor oriented north-south will be accessed from the sidewalk at the existing stone retaining wall and concrete stair. The site design creates private open spaces yet also fosters connection to the semi-private realm of the inner courtyard. Each townhouse will have access to ground level patios, gardens, balconies and roof decks. The exterior walls are “super” insulated walls that are 12” or more thick with a focus on air-tight detailing. High performance triple pane windows are oriented southward to maximize solar gain in winter and rely on shading devices in the summer. All other windows are located to promote natural ventilation and to reduce energy losses. The highly air-tight building (0.93 ACH) utilizes heat recovery ventilation system to exhaust air and bring in fresh air. The building is designed to be compact with a reduced surface area. Maximizing on-site infiltration and rainwater collection will help manage storm water runoff. Ground-oriented landscape lighting and low planting along pathways and lot lines encourage visibility and overlook. The architecture of the building is uniquely modern and clearly establishes it‘s identity, through horizontal and vertical rectilinear forms, asymmetrical window placement, slim profile detailing, standing seam metal cladding, heritage coloured siding, and architectural panelized guardrails.

One Raven is a truely unique project that pushes the boundaries of urban density without losing heritage roots. Located in the heart of North Vancouver‘s up and coming moodyville neighbourhood, One Raven will be a beacon on E 3rd. With one of the last remaining heritage buildings on the front of the lot, the project consists of a NetZero high-performance infill duplex, each complete with its suite. This will add 4 new livable units in an infill laneway format with the heritage home complementing the site. The project is built to Level 5 of the BC Energy Step Code meaning it is already at the energy targets for all buildings in 2032, 13 years early! This spectacular and unique project was designed by the talented architect Tina Hubert at Design Studio 8. The passive house inspired townhouses and suites will be accessed via an internal courtyard bi-secting the lot in an east-west orientation parallel to the street. A circulation corridor oriented north-south will be accessed from the sidewalk at the existing stone retaining wall and concrete stair. The site design creates private open spaces yet also fosters connection to the semi-private realm of the inner courtyard. Each townhouse will have access to ground level patios, gardens, balconies and roof decks. The exterior walls are “super” insulated walls that are 12” or more thick with a focus on air-tight detailing. High performance triple pane windows are oriented southward to maximize solar gain in winter and rely on shading devices in the summer. All other windows are located to promote natural ventilation and to reduce energy losses. The highly air-tight building (0.93 ACH) utilizes heat recovery ventilation system to exhaust air and bring in fresh air. The building is designed to be compact with a reduced surface area. Maximizing on-site infiltration and rainwater collection will help manage storm water runoff. Ground-oriented landscape lighting and low planting along pathways and lot lines encourage visibility and overlook. The architecture of the building is uniquely modern and clearly establishes it‘s identity, through horizontal and vertical rectilinear forms, asymmetrical window placement, slim profile detailing, standing seam metal cladding, heritage coloured siding, and architectural panelized guardrails.