Interior Design by Martha O'Hara Interiors Photography by Karen Melvin
Transitional bedroom photo in Minneapolis

This Greenlake area home is the result of an extensive collaboration with the owners to recapture the architectural character of the 1920’s and 30’s era craftsman homes built in the neighborhood. Deep overhangs, notched rafter tails, and timber brackets are among the architectural elements that communicate this goal. Given its modest 2800 sf size, the home sits comfortably on its corner lot and leaves enough room for an ample back patio and yard. An open floor plan on the main level and a centrally located stair maximize space efficiency, something that is key for a construction budget that values intimate detailing and character over size.

This 4,500 square foot house faces eastward across Lake Washington from Kirkland toward the Seattle skyline. The clients have an appreciation for the Foursquare style found in many of the historic homes in the area, and designing a home that fit this vocabulary while also conforming to the zoning height limits was the primary challenge. The plan includes a music room, study, craft room, breakfast nook, and 5 bedrooms, all of which pinwheel off of a centrally located stair. Skylights in the center of the house flood the home with natural light from the ceiling through an opening in the second floor down to the main level.

This is an example of a contemporary landscaping in New York.

The japanese is the just country which has its own method in creating kitchen cutlery. Initially, japan knives had been created to fulfill the unique reducing needs that this Japanese individuals had inside preparing their very own type of meals, such as boston sushi. Slicing organic fish along with great accuracy was a basic consideration for your creation regarding Japanese chief cook knives. Visit a Japanese eating place and you will observe how particular often the chefs are usually with their preparing of sensitive raw seafood slices as well as the quick cutting up of uncooked vegetables. Their particular finesse is due to the accurate standards involving Japanese house knives.

This article is posted here with the consent of the author. The views and opinions expressed in this article are those of the author and do not necessarily reflect the official policy, position, view, or opinion of Crestron Electronics, Inc., or of any of its employees. Crestron Electronics is not responsible for, and does not verify the accuracy of, any of the information contained in this article. By Jeff Singer The “smart” revolution began several years ago with smartphones (a.k.a phones) and has extended in recent years to thermostats, doorbells, alarm systems, and kitchen appliances. Smart devices are so ubiquitous that the term “smart” is overused to the point that it is almost meaningless. Companies are eager to jump on the bandwagon and claim their products are “smart,” and consumers proudly claim they have a smart home because they have lighting control. Misconceptions about smart homes are prevalent and create confusion in the marketplace. This can have deleterious effects on businesses and underserve consumers. Here are seven of the most popular misconceptions about smart homes: 1. Apps are smart Apps are convenient and easy to use. Yes, it seems there’s an app for everything. People expect to be able to download an app and do just about anything. App developers and many companies do not disavow consumers of this myth. On the contrary, they promote this idea with carefully worded descriptions. The promise of having the world at your fingertips for $1.99 is very enticing. Although it sounds too good to be true, it is also too good to pass up for many people. This leads to undervaluing home control and disappointment when the apps don’t work, which undermines confidence in our industry. The fact is that apps are not smart. They do not control anything. They must connect to and communicate with a control system or cloud service that processes, prioritizes, and executes commands. That’s the real magic and what most people do not understand. 2. Smart devices work together With so many smart appliances and devices on the market today, it’s understandable that the average consumer might think that they actually communicate and work together. This is simply not the case. Smart devices are not that smart. They are designed and manufactured by different, often competing, companies. There are no national or industry standards governing these products. Even if they all operate using Wi-Fi® communications, that doesn’t mean they work together. Some companies promote a home control platform, which unites different devices from different companies – in theory. The platform is yet another third-party software totally dependent on other companies developing APIs and writing control modules for their hardware to run on that piece of software. The devices are not independently compatible. Also, when updates are made to either the hardware or the software, functionality may be affected for some period. That’s a nice way of saying the device or system won’t work and there’s no way of knowing for how long. 3. It’s a DIY project Which brings us to the next myth, which is that the average person can do it themselves. Unless you are a skilled professional, I would not advise taking on a smart home project. You want to make a light turn on and off with your Alexa® or Google Assistant™ virtual assistant software, go for it. A smart home takes much more planning and expertise. I have no problem changing a light bulb or hanging a light fixture in my dining room; however, I am not going to rewire my house. I may change the flush valve in my toilet, but I’m not going to replace the pipes in my house. You get it. Integrating devices and systems, establishing different zones, creating scenes, designing the UI with a balance between control, feedback, and simplicity – all takes experience and skill. 4. Need a programmer to make changes Early adopters may have experienced the pain of trying to make a simple change or update to their home control system. Years ago, if the cable provider changed the channel line-up, the homeowner would have to call the dealer or programmer to make an appointment for them to come out to the house to reprogram the system. The system wouldn’t work as expected until it was updated, which often took several days and beaucoup bucks. Not anymore. Technology has evolved so now it’s easy for system owners to change favorite channels, create scenes, rename buttons, update images, and more. While a professional is needed for the initial installation and setup, the system is easy to manage once it’s up and running. This makes life so much easier for both dealer and customer. 5. Tech becomes obsolete quickly Similar to updating the UI, updating firmware or hardware used to be a stressful process. A smart home should be intelligent enough to update itself. Apps don’t become obsolete. Updates are constantly pushed out from the cloud, making them better all the time. The same is true for a good smart home system. New features, functions, and device support gets added in the background consistently, so the system you installed (or purchased) yesterday gets better over time. Swapping out decorative elements, such as keypads, dimmers, and touch screens is also seamless. When a new device is added, all the settings are pulled down from the cloud and it just works. No system interruptions. No sunk costs. No imposing house calls. No surprise bills. 6. Lighting control saves energy and money Lighting control is one of the most popular smart systems, but it takes more than just one system to make a home smart. On the surface, it makes sense that if you dim the lights ten percent, then you save ten percent of energy costs. If the shades are raised during the day to take advantage of sunlight so the lights don’t need to be on (or at least not 100%), but that causes the room temperature to rise a few degrees, which triggers the air conditioner to run longer and more often, was energy usage (or cost) reduced? A smart home integrates all the various systems and technology to optimize comfort, convenience, safety, and sometimes energy. 7. Home technology is easy to hack Security is at the forefront of people’s minds these days. Personal identities are stolen; email accounts hacked; private photos publicized; and more. A smart home must outsmart those who don’t respect privacy. Crestron control systems adhere to the strictest security standards. The same Crestron control system that goes into a home is also installed in secure government and military facilities, global banking institutions, hospitals, and other mission critical applications. When installed correctly by a trained professional, a Crestron smart home is the gold standard for security, comfort, and convenience.

This Louisville area bungalow received a complete renovation designed to overhaul and update both the interior and exterior while maintaining architectural accuracy. Integrity Wood-Ultrex Windows were used. They feature a wood interior with Ultrex pultruded fiberglass on the exterior to reduce maintenance. Custom prairie-style grilles were added to several windows to match the original windows in the home.

Cristallo quartzite vanity top with mitered edge profile and integrated mitered sink. Technical specialties/characteristics : -Built on internal reinforced/waterproof structure. -Specific dimensions with absolute accuracy. -All cutting on the sink opening and miters by hand watercut for maximum accuracy and reducing of material loss in order to use the cut out for matching the flow on the two of the inner sides exactly . -Adjustment water cutting by hand absolutely necessary on side miters for perfection. -Use of appropriate glues and matching to have small tight miters everywhere.

Cristallo quartzite vanity top with mitered edge profile and integrated mitered sink. Technical specialties/characteristics : -Built on internal reinforced/waterproof structure. -Specific dimensions with absolute accuracy. -All cutting on the sink opening and miters by hand watercut for maximum accuracy and reducing of material loss in order to use the cut out for matching the flow on the two of the inner sides exactly . -Adjustment water cutting by hand absolutely necessary on side miters for perfection. -Use of appropriate glues and matching to have small tight miters everywhere.

Cristallo quartzite vanity top with mitered edge profile and integrated mitered sink. Technical specialties/characteristics : -Built on internal reinforced/waterproof structure. -Specific dimensions with absolute accuracy. -All cutting on the sink opening and miters by hand watercut for maximum accuracy and reducing of material loss in order to use the cut out for matching the flow on the two of the inner sides exactly . -Adjustment water cutting by hand absolutely necessary on side miters for perfection. -Use of appropriate glues and matching to have small tight miters everywhere.

Cristallo quartzite vanity top with mitered edge profile and integrated mitered sink. Technical specialties/characteristics : -Built on internal reinforced/waterproof structure. -Specific dimensions with absolute accuracy. -All cutting on the sink opening and miters by hand watercut for maximum accuracy and reducing of material loss in order to use the cut out for matching the flow on the two of the inner sides exactly . -Adjustment water cutting by hand absolutely necessary on side miters for perfection. -Use of appropriate glues and matching to have small tight miters everywhere.

No greater compliment of a material is possible than when stone is selected for a historic property renovation within a home rich in tradition and with a celebrated past. This new feature stair addition to a private residence in Toronto, Canada, has an equally compelling story to tell. Originally envisioned as a wall-supported, cantilevered stone stair, the owner boldly accepted a unique solution for their showpiece element. The 19-tread stair would be designed with 550 lb. solid stone treads, and fully liberated from traditional supports and the adjacent rubble wall. To say, “it would float” is not an exaggeration. The stair would be designed as a monolithic beam spanning 16.5 feet, 10 feet high and 41 inches wide. Aesthetically bold, with a reduced tone from pure black, the basalt stone was the perfect contrast for the white modern interior of the home. The 3-1/2" tension cables played the most important role by resisting the large bending moment generated by the stone load and stair geometry. Fabrication required precise coordination and care to ensure perfect alignment of the interlocking key, and the corresponding cable holes. The fabrication challenge was achieving the highest level of accuracy in notching, coring, and replicating each tread identically. Expert precision and skill were key to nesting each tread in sequence and simultaneously with the strands. Meticulous alignment and exacting tolerance assured the true performance and aesthetics were delivered. Hydraulic post-tensioning pulled each cable to 120 kiloNewtons or 27,000 lbs, infusing strength and structural integrity. Removing the temporary support and testing was the last critical step—it was the first time the stone stair would be self-supporting. The “floating” stair is an ultimate achievement and example of innovation, material strength, fabrication quality, installation precision, and expert coordination. A perfect final chapter to a historical journey and modern ode to stone as structure.

No greater compliment of a material is possible than when stone is selected for a historic property renovation within a home rich in tradition and with a celebrated past. This new feature stair addition to a private residence in Toronto, Canada, has an equally compelling story to tell. Originally envisioned as a wall-supported, cantilevered stone stair, the owner boldly accepted a unique solution for their showpiece element. The 19-tread stair would be designed with 550 lb. solid stone treads, and fully liberated from traditional supports and the adjacent rubble wall. To say, “it would float” is not an exaggeration. The stair would be designed as a monolithic beam spanning 16.5 feet, 10 feet high and 41 inches wide. Aesthetically bold, with a reduced tone from pure black, the basalt stone was the perfect contrast for the white modern interior of the home. The 3-1/2" tension cables played the most important role by resisting the large bending moment generated by the stone load and stair geometry. Fabrication required precise coordination and care to ensure perfect alignment of the interlocking key, and the corresponding cable holes. The fabrication challenge was achieving the highest level of accuracy in notching, coring, and replicating each tread identically. Expert precision and skill were key to nesting each tread in sequence and simultaneously with the strands. Meticulous alignment and exacting tolerance assured the true performance and aesthetics were delivered. Hydraulic post-tensioning pulled each cable to 120 kiloNewtons or 27,000 lbs, infusing strength and structural integrity. Removing the temporary support and testing was the last critical step—it was the first time the stone stair would be self-supporting. The “floating” stair is an ultimate achievement and example of innovation, material strength, fabrication quality, installation precision, and expert coordination. A perfect final chapter to a historical journey and modern ode to stone as structure.

No greater compliment of a material is possible than when stone is selected for a historic property renovation within a home rich in tradition and with a celebrated past. This new feature stair addition to a private residence in Toronto, Canada, has an equally compelling story to tell. Originally envisioned as a wall-supported, cantilevered stone stair, the owner boldly accepted a unique solution for their showpiece element. The 19-tread stair would be designed with 550 lb. solid stone treads, and fully liberated from traditional supports and the adjacent rubble wall. To say, “it would float” is not an exaggeration. The stair would be designed as a monolithic beam spanning 16.5 feet, 10 feet high and 41 inches wide. Aesthetically bold, with a reduced tone from pure black, the basalt stone was the perfect contrast for the white modern interior of the home. The 3-1/2" tension cables played the most important role by resisting the large bending moment generated by the stone load and stair geometry. Fabrication required precise coordination and care to ensure perfect alignment of the interlocking key, and the corresponding cable holes. The fabrication challenge was achieving the highest level of accuracy in notching, coring, and replicating each tread identically. Expert precision and skill were key to nesting each tread in sequence and simultaneously with the strands. Meticulous alignment and exacting tolerance assured the true performance and aesthetics were delivered. Hydraulic post-tensioning pulled each cable to 120 kiloNewtons or 27,000 lbs, infusing strength and structural integrity. Removing the temporary support and testing was the last critical step—it was the first time the stone stair would be self-supporting. The “floating” stair is an ultimate achievement and example of innovation, material strength, fabrication quality, installation precision, and expert coordination. A perfect final chapter to a historical journey and modern ode to stone as structure.

No greater compliment of a material is possible than when stone is selected for a historic property renovation within a home rich in tradition and with a celebrated past. This new feature stair addition to a private residence in Toronto, Canada, has an equally compelling story to tell. Originally envisioned as a wall-supported, cantilevered stone stair, the owner boldly accepted a unique solution for their showpiece element. The 19-tread stair would be designed with 550 lb. solid stone treads, and fully liberated from traditional supports and the adjacent rubble wall. To say, “it would float” is not an exaggeration. The stair would be designed as a monolithic beam spanning 16.5 feet, 10 feet high and 41 inches wide. Aesthetically bold, with a reduced tone from pure black, the basalt stone was the perfect contrast for the white modern interior of the home. The 3-1/2" tension cables played the most important role by resisting the large bending moment generated by the stone load and stair geometry. Fabrication required precise coordination and care to ensure perfect alignment of the interlocking key, and the corresponding cable holes. The fabrication challenge was achieving the highest level of accuracy in notching, coring, and replicating each tread identically. Expert precision and skill were key to nesting each tread in sequence and simultaneously with the strands. Meticulous alignment and exacting tolerance assured the true performance and aesthetics were delivered. Hydraulic post-tensioning pulled each cable to 120 kiloNewtons or 27,000 lbs, infusing strength and structural integrity. Removing the temporary support and testing was the last critical step—it was the first time the stone stair would be self-supporting. The “floating” stair is an ultimate achievement and example of innovation, material strength, fabrication quality, installation precision, and expert coordination. A perfect final chapter to a historical journey and modern ode to stone as structure.

No greater compliment of a material is possible than when stone is selected for a historic property renovation within a home rich in tradition and with a celebrated past. This new feature stair addition to a private residence in Toronto, Canada, has an equally compelling story to tell. Originally envisioned as a wall-supported, cantilevered stone stair, the owner boldly accepted a unique solution for their showpiece element. The 19-tread stair would be designed with 550 lb. solid stone treads, and fully liberated from traditional supports and the adjacent rubble wall. To say, “it would float” is not an exaggeration. The stair would be designed as a monolithic beam spanning 16.5 feet, 10 feet high and 41 inches wide. Aesthetically bold, with a reduced tone from pure black, the basalt stone was the perfect contrast for the white modern interior of the home. The 3-1/2" tension cables played the most important role by resisting the large bending moment generated by the stone load and stair geometry. Fabrication required precise coordination and care to ensure perfect alignment of the interlocking key, and the corresponding cable holes. The fabrication challenge was achieving the highest level of accuracy in notching, coring, and replicating each tread identically. Expert precision and skill were key to nesting each tread in sequence and simultaneously with the strands. Meticulous alignment and exacting tolerance assured the true performance and aesthetics were delivered. Hydraulic post-tensioning pulled each cable to 120 kiloNewtons or 27,000 lbs, infusing strength and structural integrity. Removing the temporary support and testing was the last critical step—it was the first time the stone stair would be self-supporting. The “floating” stair is an ultimate achievement and example of innovation, material strength, fabrication quality, installation precision, and expert coordination. A perfect final chapter to a historical journey and modern ode to stone as structure.

Across the vegetable patch. Photography by Emma Cross
Inspiration for a mid-sized contemporary beige one-story wood exterior home remodel in Melbourne with a shed roof

Donna Griffith for House and Home Magazine
Small elegant carpeted family room photo in Toronto with blue walls and a standard fireplace