These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

The Laurel Park Panorama is a relatively well-known home that sits on the edge of a mountain overlooking Hendersonville, NC. It had eccentric wood choices a various challenges to over come with the previous construction. We leveraged some of these challenges to accentuate the contrast of materials. Virtually every surface was refreshed, restored or updated. The combination of finishes, material and lighting selections really makes this mountain top home a true gem.

Jane Beiles photography The design for this client’s “dream house on the water” capitalizes on every opportunity to incorporate views of the Long Island Sound within the home. The placement and expanse of the fir windows and sliding doors underscore the water’s proximity. The interior gathering space spills out onto the raised outdoor deck and lap pool overlooking the seawall. Reducing the house’s carbon footprint is another priority, accomplished by generating renewable energy on site. The precise angle of the house on the property is calculated for optimal solar energy production by the rooftop photovoltaic panels and a geothermal system installed under the driveway provides heating and cooling for the house. Due to the fact that the site is located on a floodplain, the ground floor of the house is raised and no basement is allowed. This presents a challenge in terms of carving out enough storage space in the main house that one might normally relegate to a basement. Rooms are efficiently sized and serve multiple functions and storage is built-in wherever possible.

These Auckland homeowners wanted an industrial style look for their interior home design. So when it came to building the staircase, handrail and balustrades, we knew the exposed steel in a matte black was going to be the right look for them. ​ Due to the double stringers and concrete treads, this style of staircase is extremely solid and has zero movement, massively reducing noise. Our biggest challenge on this project was that the double stringer staircase was designed with concrete treads that needed to be colour matched to the pre-existing floor.

We had a several challenges to face with this project. Not only did we need to update a dated landscape to accommodate two seemingly different design tastes (modern & minimalistic vs natural english garden), we were tasked with improving the property’s drainage, improving the driveway access, reducing water usage and plant maintenance, and fixing a crumbling wall. To marry the two design tastes, we started with the more modern elements of metal planters and softened the landscape with mass plantings of ornamental grasses and native sedge. These grasses act as a turf replacement that do not need to be mowed and require less regular watering. On each side of the yard we constructed new cedar fences to provide updated and additional privacy. In addition, we poured a new concrete wall to replace the existing retaining wall and play off the new modern vibe.

Timber frame homes offer unique challenges during a remodel. What often makes them beautiful and attractive to most homeowners, also makes them challenging for space requirements. Context: The lovely couple that owned this home were struggling with some interesting floor plan challenges that just didn't work for their family. The loved the beautiful timbers and woodwork of their home, but the dramatically sloping ceilings on the second floor, particularly in the bathroom, just didn't work for this 1 1/2 bath home. Needing to use the skylight to approach the toilet was a less then ideal scenario. Although the bathroom footprint was more then adequate, the sloped ceiling only made half of the space useable. Check out the Before/After post on our blog to see the photos of the house pre-renovation. As much as they loved all the wood features in their home, another challenge they had was light. The wood ceiling made everything inside the house darker, even with a fantastic array of south facing windows, there were spaces in the home that felt dark and small. When they contacted us they wanted to know how could they make their brighter and more inviting, were there solutions to the 2nd floor sloped ceiling issues, and if they were going to do all of this work, how could they make their home more comfortable and efficient. A nagging water leak in the upstairs bathroom spurred them into action and here is how we solved their dilemma. Conclusion: First, we added a little dormer to the rear of the house so we could get full headroom in nearly all of the upstairs bathroom! Then we decided to extend that dormer one more timber bay over to create a walk in closet with natural light and plenty of space. Since we were contemplating energy efficiency, we resolved a nagging issue that is present in a lot of timber frame construction, air tightness. Commonly found in timber frame construction, fiberglass insulation is installed in the rafter bays and board ceilings are installed over top. Unfortunately, board ceilings are anything but air tight, and fiberglass insulation needs to be in an airtight cavity for maximum effectiveness. So we were able to solve two issues at the same time for this homeowner. We removed the board ceiling and fiberglass insulation, we dense packed the rafter bays with cellulose insulation, and installed sheetrock in place of the boards. The boards were salvaged for re-use by the homeowner, and the space and light quality was dramatically improved. Some may think that losing the board ceiling took something away from the space, but what you'll see in the pictures is that it highly accentuates the heavy timbers and really makes them stand out in a beautiful way. Now with this added airtightness, better insulation, and brighter space, the homeowner hardly runs their wood stove, and it's so quiet in the space, an added bonus from changing the insulation. It became necessary to also add a sheetrock ceiling to the living room to hide the plumbing from the new bathroom layout above. Changing this ceiling gave the homeowner some real quality lighting that was lacking in the living room before. The brighter ceiling and new lighting layout completely transforms the living room into a space you want to hang out, even though the layout didn't change at all. When the homeowner saw the finished spaces she said "I can't believe this is my house, I want to live in this house" Energy Efficiency: I touched a little on the efficiency above, but like all projects done with Mottram Architecture, we always want to leave you with a little extra. Timber frame construction with board ceilings and fiberglass insulation are notoriously leaky! If you want to know what we think about fiberglass insulation, check our our blog post on Why Fiberglass Insulation Sucks. By installing cellulose insulation and covering it with sheetrock we were able to greatly reduce the heat flowing out of this home. It not only improves cashflow it improves the comfort level in the space. Who wants to sit in their living room and feel a draft? Let us remind you, we are not saying cellulose insulation is an air barrier, we use the sheetrock to help with that, but it does significantly reduce the air flow over fiberglass insulation. And when we reduce the airflow, we reduce the heat flow. And when we reduce the heat flow, we reduce the need to re-heat that drafty air from outside. When it comes to energy efficiency the first and best place to start is air infiltration. We greatly reduced the air infiltration with the new insulation, but we also added a hat and warm boots. What I mean by that is, we improved the insulation in the roof, and we installed insulation in the basement. Maybe it's a silly analogy, but when you think about keeping warm, we always start with the hat and boots! With sustainability in mind, the next project will be to add a deck to the front of this house with rain catchment barrels from the metal roof. They are planning to plant a garden in the spring and the rain catchment system will help to irrigate the new garden. Builder: East Shore Builders Photographer: Michael Eric Berube

After 04
Inspiration for a 1960s home design remodel in Detroit

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies. © 2023 by Esra Karagoz | All Rights Reserved.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies. © 2023 by Esra Karagoz | All Rights Reserved.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.

The Challenge - Our client sought to reduce the reverberation time (RT) in his great room, which was negatively impacting the acoustic environment. With multiple conversations happening during gatherings, the room’s acoustics created unwanted echoes and muddled sound quality. After measuring an initial RT60 of 1.4 seconds, it became clear that a comprehensive solution was needed. The Solution - Audio High teamed up with Vicoustic to design an acoustic treatment plan that would reduce the RT by approximately 45% in the mid and high frequency ranges. This plan took into account the room’s shape, layout, and existing furniture, aiming for acoustic symmetry while maintaining the room’s modern aesthetic. The solution featured Vicoustic’s Forte and Fortissimo wall panels and ceiling treatments, which seamlessly integrated into the room’s décor. Despite some design changes, including the exclusion of a few panels from the final installation, the client was delighted with how well the treatments blended into the room. Vicoustic’s expertise, combined with Audio High’s precision during installation, resulted in optimal acoustic performance that exceeded expectations.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies. © 2023 by Esra Karagoz | All Rights Reserved.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.