Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

A Rooftop for Endless Entertainment Possibilities. High above Georgetown, a very private terrace needed a very big transformation. Our client wanted a multi-functional space that would allow for different entertaining situations. Faced with tricky access and stringent building requirements, the design team needed to create a plan that followed the rules and delighted the client. We approached this project by designing multiple outdoor “rooms.” Custom-built structures were combined with beautiful plantings, which softened the clean architectural lines and added visual separation. An Ipe-clad outdoor kitchen with grill, refrigerator, and wine cooler was built on site, as was the impressive custom dining table with concrete top. The smaller lounging area provides a more intimate place to gather, and the raised Ipe deck includes more lounge space, a fire pit, and city views. The rooftop golf green adds a playful and unexpected element. This special outdoor space is sure to be a favorite for the homeowner, and an unforgettable social spot for guests.

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Truly and Proudly MADE IN ITALY by HORM.IT Unique Furniture for Unique People The Lux table features simple and stringent lines, thanks to a structure with square-section legs supporting a white laminate or walnut table top. Its hallmark is the steel support rod located under the table top, designed to provide exceptional extensibility. Using several modules, you may create an extra-large table top for important social or professional occasions. “Lux”, because it represents luxury in entertaining. Available in all major high-end design stores in more than 70 countries. For further information, please email marketing@horm.it Gianni Antoniali, IKON

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Completed in early 2019, this 6 storey and 50 unit building is slated to become one of Canada's largest certified Passive House Building located in Fort St. John, Canada. It is also a first worldwide, as it is slated to become he Northernmost multi-storey Multifamily Building achieving the stringent international Passive House Standard. This collaboration project between BC Hydro and BC Housing is scheduled for occupancy in early 2019 and will be home to some BC Hydro workers and their families and provide affordable rental housing to the community. BC Housing is leading the development, construction, management and operation of the building. Later this year, BC Housing will seek a non-profit building operator through a public contracting process. The building operator and BC Housing will share information regarding eligibility and how to apply for the affordable housing units. Marken Design + Consulting was acting as the certified Passive House Consultant and certification coordinator on this groundbreaking project. Photo Credits and Project Architect; Low Hammond Rowe Architects

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

Efficient & Economical Design: Our firm, renowned for its efficiency and cost-effectiveness, has earned the playful moniker “More Cowbell!” thanks to our client’s continuous stream of projects. Our expertise in adhering to code compliance has been a cornerstone of our success. Adaptive Construction: Faced with the transition from the 2018 IRC to the 2018 IBC, we encountered a significant challenge. The updated code reclassifies a quad plex as commercial construction, prioritizing the health, safety, and welfare of the public. Safety-First Approach: In response, we meticulously engineered the walls, floors, and ceilings to meet stringent fire ratings. Our design ensures the utmost protection for residents within each unit, reflecting our commitment to safety and regulatory adherence.

The 3 bed/2.5 bath home is situated on 3 levels, taking full advantage of the otherwise limited lot. Guests are welcomed into the home through a full-lite entry door, providing natural daylighting to the entry and front of the home. The modest living space persists in expanding its borders through large windows and sliding doors throughout the family home. Intelligent planning, thermally-broken aluminum windows, well-sized overhangs, and Selt external window shades work in tandem to keep the home’s interior temps and systems manageable and within the scope of the stringent PHIUS standards. To ensure peak performance, the Boise Passive House utilized triple-pane glazing with the A5 aluminum window, Air-Lux Sliding door, and A7 swing door. Each product brings dynamic efficiency, further affirming an air-tight building envelope. The increased air-seals, larger thermal breaks, argon-filled glazing, and low-E glass, may be standard features for the Glo Series but they provide exceptional performance just the same.

Spacecrafting
Inspiration for a country dining room remodel in Minneapolis

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography

The original structure at Yankee Point was a simple 1970s home with “good bones.” Unfortunately, it was also a case where less-than-poetic considerations threatened to eclipse design. Setbacks, height and footprint restrictions and other building regulations had boxed in the renovation to the point where there was literally nowhere left to build. Fortunately, the house sat 6' above grade on the ocean side. With some three-dimensional ingenuity, this ultimately provided ample space to add a new full height lower level without exceeding stringent lot coverage limitations. Today, upon entering the residence, you catch a quick glimpse of the ocean views and of the cascading roof lines designed to echo the motions of ocean waves beyond. The space opens up as you move toward the ocean to reveal a panoramic view.

The original structure at Yankee Point was a simple 1970s home with “good bones.” Unfortunately, it was also a case where less-than-poetic considerations threatened to eclipse design. Setbacks, height and footprint restrictions and other building regulations had boxed in the renovation to the point where there was literally nowhere left to build. Fortunately, the house sat 6' above grade on the ocean side. With some three-dimensional ingenuity, this ultimately provided ample space to add a new full height lower level without exceeding stringent lot coverage limitations. Today, upon entering the residence, you catch a quick glimpse of the ocean views and of the cascading roof lines designed to echo the motions of ocean waves beyond. The space opens up as you move toward the ocean to reveal a panoramic view.

Located in an existing neighborhood of post-war houses, Skidmore Passivhaus merges contemporary design with the highest level of energy efficiency. Gernerous insulation, extremely airtight construction (tested at .32ach50), high performing triple glazed Zola European Windows, and a super-efficient heat recovery ventilator allow the structure to meet the stringent requirements of the German Passivhaus standard. Generous amounts of south facing glazing (0.5 shgc) maximize the solar gains for most of the year, while motorized exterior aluminum shades can be lowered to block unwanted summer heat gain resulting in extremely comfortable temperatures year round. An extensive green roof helps manage all stormwater on site, while a roof mounted 4.32 kW PV array provides enough electricity to result in a near net zero and truly sustainable building. In Situ Architecture Jeremy Bittermann - BITTERMANN Photography