Our clients had a very clear vision for what they wanted in a new home and hired our team to help them bring that dream to life. Their goal was to create a contemporary oasis. The main level consists of a courtyard, spa, master suite, kitchen, dining room, living areas, wet bar, large mudroom with ample coat storage, a small outdoor pool off the spa as well as a focal point entry and views of the lake. The second level has four bedrooms, two of which are suites, a third bathroom, a library/common area, outdoor deck and views of the lake, indoor courtyard and live roof. The home also boasts a lower level complete with a movie theater, bathroom, ping-pong/pool area, and home gym. The interior and exterior of the home utilizes clean lines and warm materials. It was such a rewarding experience to help our clients to truly build their dream. - Jacqueline Southby Photography

design, sink, laundry, appliance, dryer, household, decor, washer, clothing, window, washing, housework, wash, luxury, contemporary
Dedicated laundry room - mid-sized transitional single-wall medium tone wood floor and brown floor dedicated laundry room idea in Philadelphia with a farmhouse sink, recessed-panel cabinets, gray cabinets, marble countertops, gray walls, a stacked washer/dryer and white countertops

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This small kitchen and dining nook is packed full of character and charm (just like it's owner). Custom cabinets utilize every available inch of space with internal accessories

kelli kaufer
Mid-sized mountain style ceramic tile eat-in kitchen photo in Minneapolis with a farmhouse sink, flat-panel cabinets, medium tone wood cabinets, wood countertops, white backsplash, ceramic backsplash, stainless steel appliances and no island

Our clients had a very clear vision for what they wanted in a new home and hired our team to help them bring that dream to life. Their goal was to create a contemporary oasis. The main level consists of a courtyard, spa, master suite, kitchen, dining room, living areas, wet bar, large mudroom with ample coat storage, a small outdoor pool off the spa as well as a focal point entry and views of the lake. The second level has four bedrooms, two of which are suites, a third bathroom, a library/common area, outdoor deck and views of the lake, indoor courtyard and live roof. The home also boasts a lower level complete with a movie theater, bathroom, ping-pong/pool area, and home gym. The interior and exterior of the home utilizes clean lines and warm materials. It was such a rewarding experience to help our clients to truly build their dream. - Jacqueline Southby Photography

New construction combines with an existing fireplace to make this lower level a warm and inviting space for this family.
Small trendy underground basement photo in Milwaukee with blue walls and a brick fireplace

Living room - coastal living room idea in Los Angeles

Xeriscaping is extremely popular, especially in Southern California. With rising water costs, many homeowners have turned to xeriscaping to lower their utility bills and reduce their carbon footprint. Xeriscaping entails the creative use of hardscape and native and succulant plants to create a beautiful, low-maintenance, drought-tolerant landscape design.

design, sink, laundry, appliance, dryer, household, decor, washer, clothing, window, washing, housework, wash, luxury, contemporary
Example of a mid-sized transitional single-wall medium tone wood floor and brown floor dedicated laundry room design in Philadelphia with a farmhouse sink, recessed-panel cabinets, gray cabinets, marble countertops, gray walls, a stacked washer/dryer and white countertops

Photo credit: Louis Habeck #FOASmallSpaces
Home design - small industrial home design idea in Other

Tim Burleson
Small trendy gray two-story mixed siding house exterior photo in Other with a shed roof