Builder: Thompson Custom Homes
Example of a classic home office design in Houston

Photo: Jason Snyder © 2014 Houzz Design: Luca Construction and Design
Example of a trendy exterior home design in Other

Design & Build Team: Anchor Builders, Photographer: Andrea Rugg Photography
Mid-sized elegant gray two-story concrete fiberboard gable roof photo in Minneapolis

Tricia Shay Photography
Inspiration for a mid-sized contemporary gray two-story mixed siding house exterior remodel in Milwaukee with a shed roof

Our Town Plans
Country beige tiny house idea in Atlanta

This is an example of a transitional porch design in Atlanta.

Our Long Island studio used a bright, neutral palette to create a cohesive ambiance in this beautiful lower level designed for play and entertainment. We used wallpapers, tiles, rugs, wooden accents, soft furnishings, and creative lighting to make it a fun, livable, sophisticated entertainment space for the whole family. The multifunctional space has a golf simulator and pool table, a wine room and home bar, and televisions at every site line, making it THE favorite hangout spot in this home.

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/

Tricia Shay Photography
Inspiration for a mid-sized contemporary concrete floor and brown floor great room remodel in Milwaukee with a two-sided fireplace and white walls

Example of a trendy 3/4 gray tile gray floor and single-sink alcove shower design in Other with flat-panel cabinets, gray cabinets, gray walls, an integrated sink, a hinged shower door, gray countertops, a niche and a floating vanity

Bruce Cole Photography
Example of a small cottage white two-story exterior home design in Other with a shingle roof

Inspiration for a transitional hallway remodel in Burlington

Architect: Lucid Architecture
Inspiration for a contemporary two-story wood house exterior remodel in Grand Rapids with a shed roof and a metal roof

This 4,800 square-foot guesthouse is a three-story residence consisting of a main-level master suite, upper-level guest suite, and a large bunkroom. The exterior finishes were selected for their durability and low-maintenance characteristics, as well as to provide a unique, complementary element to the site. Locally quarried granite and a sleek slate roof have been united with cement fiberboard shingles, board-and-batten siding, and rustic brackets along the eaves. The public spaces are located on the north side of the site in order to communicate with the public spaces of a future main house. With interior details picking up on the picturesque cottage style of architecture, this space becomes ideal for both large and small gatherings. Through a similar material dialogue, an exceptional boathouse is formed along the water’s edge, extending the outdoor recreational space to encompass the lake. Photographer: Bob Manely

Example of a minimalist bathroom design in Kansas City

This is a 50'' Orton Style Rumford Fireplace at my home in Oxford,CT. A Rumford Firplace is made with either a straight rear wall or a slanted one. The slanted ones are the better heaters and I just proved "the more efficient" as they do not have a bigger throat area than the straight variety. The book "The Forgotten Art of Building a Good Fireplace" written bu Vrest Orton in the late 60's descibes the slanted variety well and that is where they picked up the name. He did not invent them rather he wrote of what he witnessed as being nice enjoyable good heating Rumfords . It uses my self made damper and burns all winter long with the damper blade at only a 1-3/4'''' gap opening. This represents a throat area to fireplace opening area of 1 to 30 a achievement that recently left the top authority on Rumford Fireplaces in awe and disbelief as his straight backed Rumfords only get to a 1:20 ratio. Although he remained skeptical and wanting more explicit videos and refusing to sign a nondisclosure agreement, he wanted to know if I could do the same with his chosen styled Rumfords. With a large or small fire the damper stays fixed. Weather is a non issue, even foggy drizzly nights do not effect this fireplace. There are videos at FCasini on You Tube showing the 50'' burning along with my basement 36'' Orton which I did experimenting last winter . The basement [never used before] has no face, so I affixed a steel panel on it to see if it could burn at the same ratio as my 50'' which uses my self made 30 year old damper. Iinstead it has a custom vestal damper which I cut the front off as I occasionally do when the budget is limited. It burned good at a 1 to 26 ratio which is way above the 1/17 that Straight Back Rumfords normally do although their very best is 1/20 ..both of which depend on the use of the highly suggested Tee Pee Fire which will assist any fireplace in smoke evacuation due to solely emitting the smoke form the high end of the standing logs! Both of my fireplaces certainly can use this style fire but I enjoy the horizontal log cabin style because of the easy loading and longer lasting fire per load. This winter I am going to affix a glass panel to get a good look at the throat and inner breast chamber while the fireplace is burning. This will be done in my third [ also un faced like the basement] Rumford. This one uses an outside chimney that is about 18' tall, much shorter than the other two and not as warm an environment being the other two are interior chimneys. I am anxious to see if it will compete with a lesser draft ? I have been searching the patent data base and to date there is nothing close to even resemble the way I get these slanted fireplaces to pass the smoke through such a ridiculously thin throat which I call "The Gates Of Hell". The prototype is complete and installed into this fireplace which is in it's second year of performance testing and doing better than I expected, in fact before installing it last week I cleaned the throat and chimney and damper blade which hasn't been done in 6 years. This did help the performance a lot as the passage is so thin any build up greatly slows it down from the added viscosity ie flow drag. For those that don't understand the benefit of a 1:30 ratio it is half the loss of heated air up the chimney and results in a 50% increase in heat efficiency. This equals a 100% enjoyment factor for anyone whom takes fireplace burning seriously like have done and do for the past 30 years! The house doesn't get sucked cold!

You’ll want a system that delivers large drops of water close to the ground, so that little or no water is lost to evaporation, as water is applied at ground level, close to root systems. They are also designed to be smart enough not to water when it’s raining or the ground is already saturated from prior precipitation.

In-wall (Front Left) and center channel speakers configured for 7.1 surround (in-ceiling surround speakers and subwoofer not shown) but most often used for an immersive music listening environment. Also depicted is customer AV source equipment (AV Receiver, record player, satellite radio receiver, iPod/iPhone dock, XBox One, XBox360, Blu-Ray Player, stereo decks, etc. with power conditioner. All sources are tied into the audio system and structured wiring, and can fill the main room or lower level with music. Project background: A whole-home re-wire. DemNET Technologies was brought in to remove and recycle old, outdated wiring, and re-wire this home with modern, high speed cable. DemNET also installed a structured wiring center and telecom rack, ran new wires to the outdoor service boxes, installed a HDTV antenna in the attic, and installed 7.1 surround sound in the family room, with a Zone 2 setup in the basement. Photo: DemNET Technologies

An exterior elevation drawing is analogous to a photo showing what each side of the house looks like from the outside. The drawing provides the architect with key information about the building heights – overall roof height, windows, doors, decks, etc. The Standard level of detail option also shows the ornamentation and trim which distinguish the building’s architectural style. How do you acquire elevation data? We acquire most of the elevation data inside while taking the floor plan data. For instance: We set floor to floor heights in stairwells or foyers We shoot from window sills to finished floor elevations, and then to grade outside We obtain window and door heights and details while taking floor plan data If we can see the ridge(s) or the attic is accessible, we'll obtain most of the roof data from inside as well.