This modern pool was constructed by All Aqua Pools in 2019. It features an advanced LED lighting system controlled by Pentair Intelliconnect technology, with magic stream LED lighted crystal rod fountains. All of the lighting in the pool syncs with the deck jet streams, so the color changing effect happens simultaneously. The interior finish of the pool is North Shore Tahoe by Wet Edge and the trim is Blue Lagoon Lightweights glass tile. Like all of our pools, this pool features our PCC2000 self-cleaning pool system which circulates the water from the floor, keeping it sparkling clean with very little owner intervention.

This modern pool was constructed by All Aqua Pools in 2019. It features an advanced LED lighting system controlled by Pentair Intelliconnect technology, with magic stream LED lighted crystal rod fountains. All of the lighting in the pool syncs with the deck jet streams, so the color changing effect happens simultaneously. The interior finish of the pool is North Shore Tahoe by Wet Edge and the trim is Blue Lagoon Lightweights glass tile. Like all of our pools, this pool features our PCC2000 self-cleaning pool system which circulates the water from the floor, keeping it sparkling clean with very little owner intervention.

We used: Custom cherry cabinetry in Arts & Crafts Shaker style by Kabinart in Boulder and Espresso stains. Liberty Hardware Venetian bronze 1-1/2" cabinet knobs. KitchenAid Architect II Series 22 CF counter-depth French door refrigerator. KitchenAid Architect Series II 27" convection single wall oven. KitchenAid 36" 6-burner dual fuel freestanding commercial-style range. KitchenAid Architect II Series 24" dishwasher. Sharp Insight Pro Series 24" built-in microwave drawer (Model #KB6524PS). Crystorama Solaris 12" wide pendant lights in English bronze. Granite countertops in Brown Fantasy. 3"x6" polished marble backsplash. Paint colors: Walls: Glidden Silver Cloud 30YY 63/024 Ceilings/Trims/Doors: Glidden Swan White GLC23 Robert B. Narod Photography

The breakfast area is flanked on one side by a tall, shallow storage cabinet, and on the other side by deeper base cabinets with a countertop and wall cabinets above. Glass fronts on the center upper cabinets provide additional interest and display opportunities. A small cabinet in the corner next to the door squeezes additional storage into every available inch of floor space. Keeping the most successful features of the existing kitchen and fine tuning dimensions while updating colors and finishes dramatically transformed this kitchen. These types of respectful, surgical interventions are often the most sustainable, cost effective and appropriate approach for renovating a kitchen in an older home.

Gorgeous master bath with dramatic retro "wave" tile. Peak Photography
Example of a 1950s bathroom design in Los Angeles

This gem of a house was built in the 1950s, when its neighborhood undoubtedly felt remote. The university footprint has expanded in the 70 years since, however, and today this home sits on prime real estate—easy biking and reasonable walking distance to campus. When it went up for sale in 2017, it was largely unaltered. Our clients purchased it to renovate and resell, and while we all knew we'd need to add square footage to make it profitable, we also wanted to respect the neighborhood and the house’s own history. Swedes have a word that means “just the right amount”: lagom. It is a guiding philosophy for us at SYH, and especially applied in this renovation. Part of the soul of this house was about living in just the right amount of space. Super sizing wasn’t a thing in 1950s America. So, the solution emerged: keep the original rectangle, but add an L off the back. With no owner to design with and for, SYH created a layout to appeal to the masses. All public spaces are the back of the home--the new addition that extends into the property’s expansive backyard. A den and four smallish bedrooms are atypically located in the front of the house, in the original 1500 square feet. Lagom is behind that choice: conserve space in the rooms where you spend most of your time with your eyes shut. Put money and square footage toward the spaces in which you mostly have your eyes open. In the studio, we started calling this project the Mullet Ranch—business up front, party in the back. The front has a sleek but quiet effect, mimicking its original low-profile architecture street-side. It’s very Hoosier of us to keep appearances modest, we think. But get around to the back, and surprise! lofted ceilings and walls of windows. Gorgeous.

Nick Smith
Home design - traditional home design idea in London

Capturing the critical importance of EMF testing, this professional photo showcases a certified inspector using a state-of-the-art EMF meter to measure dirty electricity levels near a home's electrical panel. The meter's digital display glows with clear numerical readings, while the inspector's careful positioning demonstrates proper testing technique for accurate measurements. Dirty electricity testing is crucial for modern homes because: Poor power quality can affect both human health and electronic equipment performance. When your home's electrical system carries microsurges and voltage spikes (dirty electricity), it can contribute to headaches, fatigue, and sleep issues. Additionally, sensitive electronics may malfunction or have shortened lifespans when exposed to poor power quality. Dirty electricity often stems from modern devices like LED lights, smart appliances, solar inverters, and dimmer switches. These technologies, while energy-efficient, can create electrical noise that travels throughout your home's wiring. Professional testing helps identify problematic areas and guides targeted solutions like whole-house filters or circuit-specific interventions. For families concerned about creating a truly healthy home environment, dirty electricity testing is an essential but often overlooked assessment. Our comprehensive testing services help identify EMF hotspots and power quality issues, allowing us to recommend effective mitigation strategies for a cleaner electrical environment. [Note: This description would pair well with a photo on Houzz showcasing EMF inspection services and healthy home practices.]

Julie Florio Photography
Living room - mid-sized contemporary open concept light wood floor and beige floor living room idea in New York with white walls, a standard fireplace, a brick fireplace and a media wall

Runnels in the concrete function to drain water out of the patio area but also add a subtle inlay detail. Here the runnel is filled with both beach pebbles and dry-laid bluestone. Renn Kuhnen Photography

Inspired by the multi-functional performance of a shell structure in nature, the design of this two-bedroom, two-bath ADU explored a performance-based roof geometry that becomes the building façade and privacy screen. Coupled with deep roof overhangs, this second skin allows dappled light to penetrate the interior during the day while reflecting the detrimental UV radiation on the southern exposure. The perforations in the second skin are based on the effects of the sun path on the southern exposure and the location of the windows behind the screen. At night, the interior light glows through the perforations, contributing to the name of the project, “LuminOCity”. Orange Coast College and UC Irvine formed a partnership called "Team MADE" to enter the 2023 Orange County Sustainability Decathlon. "MADE" is an acronym for Modular, Affordable Dwellings for the Environment. LuminOCity won second place in the competition and 9 awards in various categories. Following the competition, the home was donated to Homeless Intervention Services, Orange County, where it serves as an ADU on an existing property to provide transitional housing for youth experiencing housing insecurities. This 750sf prefabricated, modular home is built on four, eight foot wide modules that nest together. The building system is predicated on a software-to-manufacturing pipeline called the FrameCAD Machine. This roll-former for light-gauge steel allowed Team MADE to prototype as well as site-manufacture every stud and track in the steel-framed home they would design. Over 100 student volunteers aided in the construction of the steel framing, MEP installation, building envelope, and site work. The use of prefabricated Light Gauge Steel allowed for higher construction tolerances with simplified assembly diagrams that could be followed by student volunteers. Joseph Sarafian, AIA was the lead architect as well as one of four faculty advisors on the project, leading the design of the project from conception to completion.

Inspired by the multi-functional performance of a shell structure in nature, the design of this two-bedroom, two-bath ADU explored a performance-based roof geometry that becomes the building façade and privacy screen. Coupled with deep roof overhangs, this second skin allows dappled light to penetrate the interior during the day while reflecting the detrimental UV radiation on the southern exposure. The perforations in the second skin are based on the effects of the sun path on the southern exposure and the location of the windows behind the screen. At night, the interior light glows through the perforations, contributing to the name of the project, “LuminOCity”. Orange Coast College and UC Irvine formed a partnership called "Team MADE" to enter the 2023 Orange County Sustainability Decathlon. "MADE" is an acronym for Modular, Affordable Dwellings for the Environment. LuminOCity won second place in the competition and 9 awards in various categories. Following the competition, the home was donated to Homeless Intervention Services, Orange County, where it serves as an ADU on an existing property to provide transitional housing for youth experiencing housing insecurities. This 750sf prefabricated, modular home is built on four, eight foot wide modules that nest together. The building system is predicated on a software-to-manufacturing pipeline called the FrameCAD Machine. This roll-former for light-gauge steel allowed Team MADE to prototype as well as site-manufacture every stud and track in the steel-framed home they would design. Over 100 student volunteers aided in the construction of the steel framing, MEP installation, building envelope, and site work. The use of prefabricated Light Gauge Steel allowed for higher construction tolerances with simplified assembly diagrams that could be followed by student volunteers. Joseph Sarafian, AIA was the lead architect as well as one of four faculty advisors on the project, leading the design of the project from conception to completion.

Inspired by the multi-functional performance of a shell structure in nature, the design of this two-bedroom, two-bath ADU explored a performance-based roof geometry that becomes the building façade and privacy screen. Coupled with deep roof overhangs, this second skin allows dappled light to penetrate the interior during the day while reflecting the detrimental UV radiation on the southern exposure. The perforations in the second skin are based on the effects of the sun path on the southern exposure and the location of the windows behind the screen. At night, the interior light glows through the perforations, contributing to the name of the project, “LuminOCity”. Orange Coast College and UC Irvine formed a partnership called "Team MADE" to enter the 2023 Orange County Sustainability Decathlon. "MADE" is an acronym for Modular, Affordable Dwellings for the Environment. LuminOCity won second place in the competition and 9 awards in various categories. Following the competition, the home was donated to Homeless Intervention Services, Orange County, where it serves as an ADU on an existing property to provide transitional housing for youth experiencing housing insecurities. This 750sf prefabricated, modular home is built on four, eight foot wide modules that nest together. The building system is predicated on a software-to-manufacturing pipeline called the FrameCAD Machine. This roll-former for light-gauge steel allowed Team MADE to prototype as well as site-manufacture every stud and track in the steel-framed home they would design. Over 100 student volunteers aided in the construction of the steel framing, MEP installation, building envelope, and site work. The use of prefabricated Light Gauge Steel allowed for higher construction tolerances with simplified assembly diagrams that could be followed by student volunteers. Joseph Sarafian, AIA was the lead architect as well as one of four faculty advisors on the project, leading the design of the project from conception to completion.

Inspired by the multi-functional performance of a shell structure in nature, the design of this two-bedroom, two-bath ADU explored a performance-based roof geometry that becomes the building façade and privacy screen. Coupled with deep roof overhangs, this second skin allows dappled light to penetrate the interior during the day while reflecting the detrimental UV radiation on the southern exposure. The perforations in the second skin are based on the effects of the sun path on the southern exposure and the location of the windows behind the screen. At night, the interior light glows through the perforations, contributing to the name of the project, “LuminOCity”. Orange Coast College and UC Irvine formed a partnership called "Team MADE" to enter the 2023 Orange County Sustainability Decathlon. "MADE" is an acronym for Modular, Affordable Dwellings for the Environment. LuminOCity won second place in the competition and 9 awards in various categories. Following the competition, the home was donated to Homeless Intervention Services, Orange County, where it serves as an ADU on an existing property to provide transitional housing for youth experiencing housing insecurities. This 750sf prefabricated, modular home is built on four, eight foot wide modules that nest together. The building system is predicated on a software-to-manufacturing pipeline called the FrameCAD Machine. This roll-former for light-gauge steel allowed Team MADE to prototype as well as site-manufacture every stud and track in the steel-framed home they would design. Over 100 student volunteers aided in the construction of the steel framing, MEP installation, building envelope, and site work. The use of prefabricated Light Gauge Steel allowed for higher construction tolerances with simplified assembly diagrams that could be followed by student volunteers. Joseph Sarafian, AIA was the lead architect as well as one of four faculty advisors on the project, leading the design of the project from conception to completion.

This bedroom and full bathroom are part of an adventuresome project my wife and I embarked upon to create a complete apartment in the basement of our townhouse. We designed a floor plan that creatively and efficiently used all of the 385-square-foot-space, without sacrificing beauty, comfort or function – and all without breaking the bank! To maximize our budget, we did the work ourselves and added everything from thrift store finds to DIY wall art to bring it all together. A partial double closet bar adds a little extra space while still leaving room for longer hanging clothes.

Photo: Le Michelle Nguyen © 2014 Houzz
Minimalist home design photo in Montreal

Staircase - cottage staircase idea in San Francisco

Overview: Wing-like roofline houses a dramatic white villa in Costa Rica jungle. Studio Saxe was commissioned to design a villa on the hilltops of Santiago in Santa Teresa, Costa Rica. The primary objective was not only to provide dwellers with a connection with its jungle surroundings but also to generate an intimate relationship with an amazing view of the shoreline which brings its dwellers back to a more profound appreciation of the natural world. Concept Studio Saxe decided to create a large roof that would house within a series of bedrooms and living spaces that would all be turned sideways in order to face the prominent views. Interstitial spaces within the living volumes create gaps that enhance a deeper connection to the natural surroundings whilst moving about the dwelling. Design Every space in the home has been angled to view the ocean, and this twist creates a geometric relationship between the roofline and the spaces that became the primary element of design that both addresses the need for large overhangs (for climate control and comfort) but also generates a literal connection between the view and every space. This white house in the jungle acts as a canvas so that morning and sunset light reflect on its surfaces creating an array of colors that vary throughout the day. The angled surfaces also allow for the reflection of shadows and the textures of nature to play within the interstitial spaces that exist between the living spaces. Construction Due to the remoteness of the location and difficult access, Studio Saxe decided to create a light steel frame that could be prefabricated off-site, brought, and assembled in a fast and effective way. This not only ensured the quality of the construction in a very remote location, but it also allowed the process of construction to be very light touch and the intervention on the site to be very minimal while creating the sensation of large open spaces that bring the view in and at the same time are protected by a large roof held by steel “I” beams. Sustainability At Studio Saxe we believe that proper design with nature should be the first focus of sustainability and thus, this villa has been oriented properly to take advantage of predominant winds for cooling. Also, long overhangs protect from the sun and the rain in the most critical parts of the day creating comfort without the use of energy. A light touch construction method meant that the impact on the site was minimal during the implementation of the villa and the extended roofline also serves as a means to collect water and energy generation.

Staircase - mid-sized traditional wooden straight wood railing staircase idea in New York with painted risers