The latest conversion by Phuket-based Studio Locomotive for Banyan Tree Hotel Bangkok has returned the former rice barge Apsara Cruise to the Chao Phraya River as a dining cruise.
In the bustling heart of Bangkok, the Chao Phraya River and its countless waterways continue to serve as vital arteries for the capital’s daily commutes and cargo transport to this day. In contrast to the city’s innovative skyscrapers, historical monuments—such as the Temple of Dawn, The Grand Palace, and Fort Phra Sumen —preserving three centuries of water-laced heritage stand along the riverbanks.
The riverboat now known as Apsara Cruise once journeyed the Chao Phraya River as a rice barge from the ancient Ayutthaya era, before Bangkok became the capital, transporting rice, sugar, and other trade goods between large ships and riverside warehouses.
The ambitious remaking by Studio Locomotive preserves its heritage wooden cargo hull—as a below deck for motorization, full commercial kitchen, and guest restrooms—and resonates the shape of vernacular bamboo canopy in a new superstructure, modified for all-season restaurant service. The new configuration comprises three decks, with a total usable area of 245 square meters, including a 90-square-meter indoor dining.
Evocative elements of Thai fine arts and architecture—such as wall murals reinterpreting Buddhist legends, auspicious Prajamyam floral motifs believed to offer protection and good fortune, and historical color palettes from glazed terracotta roof tiles on Thai temples—are reflected through fresh execution on contemporary materials, including mirror, mosaic tiles, and wooden beads.
Sharing the main dining deck are a beverage bar and a wheelhouse—disguised within a decorative green-tinted glass booth—featuring glass wall murals portraying the stories of the Rice Goddess and other mythical deities associated with agricultural abundance, redefined in modern narratives by a collage illustrator Nakrob Moonmanas.
The dining cruise was recently named Bar & Restaurant of the Year at the World Architecture Festival Interiors, marking a reflective and meaningful adaptive reuse that responds to its modern value in hospitality.
Inspired in part by the homeowner’s bright, bold, colourful, and extensive art collection, Picnic Design sets out to instill key design elements throughout the Wallace Emerson area home that inspire the imagination, while maintaining practicality. In the process, a 1920s Toronto house with a rear extension in urgent need of structural rebuilding is transformed into a visually bold, unified, and functionally comfortable home.
In the early stages of planning for the project, the client’s extensive collection of modern and other artworks became the north star. The aim was to create a cohesive space by connecting design ‘zones’ on the ground floor using unifying elements, while maintaining a sense of playfulness and levity, and referencing the intersecting lines found in modern art.
A series of contrasting transition areas, or zones, introduce intense blocks of colour – deep blue and teal tiles in the bathrooms, earthy terracotta in the kitchen – with pleasing shifts in material or texture that elevate the interior. Framed vistas create continuity between spaces in the home, and fully exploited natural lighting, including the addition of a skylight on the second-floor hallway, adds an airy spaciousness to a formerly cramped home.
The previously small entrance area is now expanded into a five-foot-deep vestibule zone that spans the width of the house, demarcated by a dark-hued tile floor. This area incorporates Picnic Design’s signature nook – a large, picturesque window bench with storage. This also acts as a focal point for the living and dining areas. Wide-plank, muted white oak flooring in the living area creates a sharp dark-to-light contrast moving from the vestibule to the living space.
A long wall feature in thermo-fused, detailed woodgrain laminate, nicknamed the Black Strip, acts as a functional and unifying element between living area and kitchen, main house and rebuilt rear addition. Near the front of the house, the Black Strip conceals a powder room with hidden hardware and flush panelling, before segueing into seamless tall cabinets, a built-in fridge, and a wall oven in the kitchen.
The strip terminates in a white oak bench adjacent to glazed doors leading out to the back patio. A black, perforated metal, open shelving unit playfully peeks beyond the large arched frame of the kitchen entrance, mirrored by a peninsula beneath it, as viewed from the living area. This peninsula is topped by a crisp, bright porcelain slab that completes the kitchen countertop. The base of the peninsula facing the living area is wrapped in a solid white oak, half-round tambour, adding an intriguing graphical texture for a visual pause before entering the kitchen. A slim strip of window acts as a linear block of light nestled between matte grey laminate overhead cabinets and the sink.
The previously unfinished basement is now eighteen inches taller and houses a guest bedroom, bathroom, laundry closet, utility room, storage closet, and recreation room. The entire refinished basement is heated with an energy-efficient in-floor hydronic heating system.
With the extensive renovation infused with colour and boldness, the owner gets to inhabit a home that has become a piece of functional art.
House for an Art Lover is a winner in the Architecture Master Prize Award in the Houses Interior category.
Award-winning design studio FUTUREFORMS has established a distinctive reputation for transforming public spaces through installations that blur the traditional boundaries between public art and architecture. Based in the San Francisco Bay Area, the studio explores how emerging technologies and computational processes can shape new kinds of urban experiences. Their work demonstrates how art, architecture, and digital tools can come together to create environments that are both visually striking and deeply interactive.
In an increasingly digital world, the definition of public art and architecture is rapidly evolving. Contemporary cities are no longer shaped solely by physical materials like concrete, steel, and glass. Instead, they are increasingly influenced by the invisible systems of data, algorithms, and digital infrastructure that guide everyday life. Within this context, a new design philosophy—often described as Digital Craft—is emerging. Digital Craft treats computation not as a replacement for human creativity but as an extension of it. By using algorithms as tools similar to those of traditional artisans, designers can create highly customized, site-specific works that move beyond the standardized forms produced by industrial manufacturing.
Through this approach, architecture becomes more dynamic and responsive. Rather than existing as static monuments, structures can behave like living participants in the urban environment—reacting to light, weather, movement, and human interaction. The result is a new kind of built environment that encourages exploration, curiosity, and public engagement.
Inside, however, the experience transforms dramatically. Visitors step into a glowing, immersive interior space that the designers describe as a “Creature of the Garden.” This inner chamber provides a quiet, almost otherworldly refuge within the dense urban setting, demonstrating how digital design can produce environments that are both monumental and intimate.
Another notable project, Weatherscape, was recently completed in El Paso, Texas, as part of the new El Paso Children’s Museum—known locally as “La Nube.” Measuring approximately 70 by 40 feet, the installation functions as a sculptural canopy that goes far beyond the role of a typical shade structure. Instead, Weatherscape operates as an interactive environmental system designed.
The title Metaxis comes from a Greek word that describes a state of “in-betweenness”—belonging to two realms at the same time. The exhibition reflects this concept by presenting a wide range of experimental artifacts created by the studio between 2015 and 2025. More than twenty models, 3D-printed prototypes, and conceptual studies fill the gallery, offering insight into how FUTUREFORMS moves from early speculation to built reality.
By showcasing prototypes alongside completed works, METAXIS reveals how FUTUREFORMS integrates knowledge from multiple disciplines—including art, architecture, and computational design—to imagine new possibilities for the built environment. The exhibition ultimately highlights how digital tools, when combined with artistic vision, can reshape the way we conceive, design, and experience the cities of the future.
Singapore’s journey from a Garden City to a City in Nature finds bold expression in the Mandai Eco-Resort. Conceived through a government-initiated competition, the winning design proposed a regenerative resort that is sensitively inserted into Singapore’s nature reserve around the Mandai Wildlife Parks.
The architecture not only blends into the jungle—but enhances it. By inverting the traditional Zoo paradigm, rather than separating guests from nature and wildlife, the resort reimagines the relationship: humans become part of the jungle ecosystem, learning to coexist harmoniously with native flora and fauna.
The 4.6-hectare site for the 338-key resort previously housed the Singapore Zoo’s back-of-house facilities. The building mass is carefully integrated into the site, enriched through the replanting of native tree species felled during construction. Inspired by the Liana vine, the branching building form meanders through the forest, designed with no fixed façade, blending architecture and ecology into one living, breathing organism.
The 4.6-hectare site for the 338-key resort previously housed the Singapore Zoo’s back-of-house facilities. The building mass is carefully integrated into the site, enriched through the replanting of native tree species felled during construction. Inspired by the Liana vine, the branching building form meanders through the forest, designed with no fixed façade, blending architecture and ecology into one living, breathing organism.
The resort achieves a 40% reduction in energy consumption compared to typical benchmarks. This was made possible through an integrated environmental strategy that includes naturally ventilated corridors and lobbies, mixed-mode air conditioning in guestrooms, solar panel integration, and the use of Passive Displacement Ventilation (PDV) in the Treehouses—where chilled air circulates silently and efficiently without the need for conventional compressors.
The resort achieves a 40% reduction in energy consumption compared to typical benchmarks. This was made possible through an integrated environmental strategy that includes naturally ventilated corridors and lobbies, mixed-mode air conditioning in guestrooms, solar panel integration, and the use of Passive Displacement Ventilation (PDV) in the Treehouses—where chilled air circulates silently and efficiently without the need for conventional compressors.
Architecture and landscape
The concept is sympathetic to the existing vegetation and tree lines, as well as natural topography. Wherever possible, the resort is elevated several meters above the ground, allowing native wildlife to move across the site. It is also designed to be unobtrusive, sitting below the upper canopy layer of the surrounding trees.
The branching form of the 4-5 storey main guest wings meander through the jungle, while treehouses shaped like seed pods are tucked neatly in between existing trees and are linked by jungle pathways or an elevated walkway.
In addition to extensive planting at the roof and façade of the resort buildings, more than half the trees on the site will be retained, of which 40% are of conservation value. The re-greening effort will enhance the site’s biodiversity through thoughtful planting strategies that will both promote native species on the site of the resort and double the number of trees from today.
Interior design
The interior design continues the journey of adventure and discovery through the layers of the jungle. The interior spaces and furnishing offer new paradigms of comfort and coexistence with the outdoor and tropical climate, inviting guests to discover and adapt to be intriguingly closer to nature.
Guest rooms are designed to be comfortable shelters from which to observe the jungle and be very close to nature. Sliding doors, verandas, and balconies blend indoors with outdoors, with material continuity from interior to exterior.
A Visionary Architectural Strategy for Coastal Living
Canarsie Pier, Brooklyn, New York
As coastal cities confront accelerating sea-level rise, City on the Loop proposes a radical rethinking of the relationship between architecture, infrastructure, and water. Set along Brooklyn’s Canarsie Pier, the project reimagines the Belt Parkway waterfront as a phased, flood-adaptive urban loop—one that transforms a hard infrastructural edge into a living, evolving shoreline.
Rather than treating climate resilience as a defensive measure, the project positions it as a generative architectural strategy. The loop functions simultaneously as housing, transit infrastructure, and public space, offering a new model for coastal urbanism that grows with environmental change rather than resisting it.
A Phased Urban System
The proposal unfolds across three temporal phases, each aligned with projected sea-level rise scenarios derived from FEMA 100-year flood data for 2025, 2050, 2100, and beyond.
Phase One retrofits the Belt Parkway—long a physical and psychological barrier between neighborhood and water—by inserting an elevated housing and transit spine above the roadway. This move reclaims the infrastructure as a connective civic armature while establishing a resilient datum above future flood levels.
Phase Two extends the loop with additional residential density, light rail infrastructure, and water-based transit, reinforcing the system’s role as both a mobility corridor and a continuous urban edge.
Phase Three activates the waterfront with a hotel and commercial district, introducing new public destinations while drawing attention to long-term coastal conditions. Here, architecture becomes an interface for awareness, occupation, and adaptation rather than a static object at the water’s edge.
Across all phases, the structure grows vertically over time, incorporating green roofs, terraced landscapes, and elevated pedestrian networks that respond to rising water levels while expanding public access to the shoreline.
Living With Water
At its core, City on the Loop rejects the paradigm of singular flood barriers. Instead, it imagines infrastructure as a system of cohabitation—one in which wetland buffers, elevated gardens, and public platforms allow natural and urban ecologies to overlap. The loop operates not as a wall, but as a flexible, continuous, and inhabited threshold between land and sea.
“We wanted to treat sea-level rise not just as a threat, but as a prompt to reimagine how we live, move, and relate to the coast,” says designer Ruxuan Zheng. “Architecture can act as a mediator between land, water, and people—adapting over time rather than remaining fixed.”
Toward a Future Shoreline
Though speculative, City on the Loop engages deeply practical questions of housing, transportation, and environmental risk. It demonstrates how long-term thinking and architectural imagination can converge to propose new spatial identities for coastal cities.
Rather than a singular solution, the project is conceived as a replicable system—one capable of extending along the Belt Parkway to form a new urban shoreline for New York, and potentially for other vulnerable coastal regions worldwide. In this sense, the loop is less a finished form than an evolving framework: a city edge designed for uncertainty, growth, and change.
Photography / Renderings Ruxuan Zheng Haoyuan Wang
Australian Architecture captures the heart and imagination of awards programs globally
Upper House (South Brisbane, Australia) is a 33-storey multi-residential project by Koichi Takada Architects that has been honoured by many global awards programs in 2024. Both juries and the public have commended Upper House for its conscious choices, introduction of natural materials, biodiverse plantings, respect for people and planet, as its shapely form.
“Highrise lifestyle has become detached and disconnected – from the community, from nature, from one another,” says Koichi Takada. “With Upper House, we are looking to challenge that and establish a new model for vertical living that is about connection.”
The building delivers 188 luxury apartments inside expressive architecture that references the Moreton Bay Fig treea 5-storeyartwork on the façade shares a message about Australia’s indigenous people, the world’s oldest known living civilization.
Upper House is the first completed collaboration between Aria Property Group and Koichi Takada Architects and the architecture is designed to celebrate Brisbane’s natural beauty, relaxed urban lifestyle and mild sub-tropical climate. Punctuating the city skyline with a timber pergola and tropical rooftop oasis, Upper House has 1,000m² of progressive wellbeing amenities that bring residents together.
“Throughout the development, a thoughtfully curated artwork strategy showcases the work of emerging and established artists, with a collection that gifts sublime beauty and enjoyment to residents and a sound investment to the body corporate. The five-storey high façade features the artwork ‘Bloodlines Weaving String and Water’, by renowned Waanyi artist Judy Watson, while the backlit folded metal façade comes to life at night with mesmerising references to memory and cultural practices, orienting the building to Country and contributing authentic stories of place to the surrounding urban context. This project shows what can be achieved when an ambitious architect, art curator, and developer work in alignment.” Photos credit: Mark Nilon, Scott Burrows, Tom Ferguson
When Co-operators set out to build their new head office in Guelph, Ontario, the goal was far greater than creating a modern workplace. It was about making a statement—a tangible commitment to sustainability, innovation, and community. To bring that vision to life, they partnered with Cooper Construction, a Canadian builder with a strong reputation for delivering high-performing, environmentally responsible projects.
The result is a Zero Carbon Designed, LEED® Gold and WELL Platinum headquarters that stands as one of the most sustainable office buildings in the country. Together, Co-operators and Cooper Construction have demonstrated what’s possible when purpose and precision come together in design and construction.
A Shared Commitment to Sustainability
From the outset, both organizations shared a clear vision: to create a building that reflected Co-operators purpose-driven ethos and Cooper Construction’s expertise in sustainable delivery. The project had to be more than energy-efficient—it needed to set a new benchmark for environmental stewardship in the corporate sector.
That meant approaching every decision—materials, systems, operations, and even site selection—through a sustainability lens. Cooper Construction was engaged early in the process to collaborate on design, energy modeling, and constructability, ensuring that sustainability targets were achievable without compromising functionality or aesthetics.
“Co-operators wanted a head office that embodied their values,” said a Cooper Construction spokesperson. “For us, that meant finding innovative ways to reduce carbon, minimize waste, and create a workplace that enhances human well-being.”
In order to ensure that Co-operators’ benchmark goals were achieved in environmental stewardship, building innovation, and human well-being, Cooper Construction assembled a formidable design team comprised of: NEO Architecture Inc. (architectural design), Ecovert Corporation (sustainability engineering), HOK Group Inc. (WELL & interior design), H.H. Angus & Associates (mechanical & electrical engineering), GSP Group (landscaping) and JLL Canada (real estate/project management). This deeply talented group of consultants pulled together as a cooperative team and produced an exceptional facility, worthy of the highest of accolades for their combined achievements.
Engineering a Net-Zero Carbon Building
Achieving net-zero carbon meant balancing every ton of carbon emitted during construction and operation with reductions or offsets. Cooper Construction took a holistic approach to ensure that both operational and embodied carbon were minimized from day one.
The building’s envelope features high-performance glazing, advanced insulation, and dynamic solar shading—a trio that reduces heating and cooling demands throughout the year. Energy efficiency is further enhanced by a rooftop solar photovoltaic system, which generates renewable power on-site, and a high efficient fully electrified water source VRV heat pump heating and cooling system. The result is a self-sufficient, low-energy building that dramatically reduces reliance on fossil fuels. Early energy modeling and continuous performance testing helped fine-tune systems to reach zero carbon performance while maintaining occupant comfort and long-term operational resilience.
Materials That Make a Difference
Sustainability doesn’t stop with energy use—it extends to what a building is made of. Cooper Construction prioritized materials with low embodied carbon and a strong sustainability profile.
Concrete mixes were designed with reduced cement content, while recycled steel and locally sourced materials helped to reduce transportation emissions. Interior finishes were chosen for their durability and low volatile organic compound (VOC) content, promoting superior indoor air quality.
A robust waste diversion program kept more than 85% of construction waste out of landfills. Wood, metal, drywall, and packaging materials were sorted and recycled, proving that sustainability in construction is achievable through thoughtful planning and execution.
Designing for People and Planet
Sustainable design isn’t only about energy and emissions—it’s about people. The new Co-operators Headquarters places occupant well-being at its very core.
Natural light floods the building through expansive windows and an open floor plan, reducing the need for artificial lighting while creating a bright, uplifting atmosphere. The building’s biophilic design elements—including natural materials, greenery, and outdoor terraces—help foster a sense of connection to nature and support mental health.
“The design encourages collaboration, wellness, and engagement,” said Cooper Construction’s project manager. [CD1] “Sustainability here isn’t just an environmental feature—it’s a human one.”
Indoor air quality is ensured through advanced ventilation and filtration systems, while acoustic design and thermal comfort controls allow employees to enjoy a healthier, more comfortable workspace.
Innovation in Construction
Delivering such an advanced project required innovation at every stage. Cooper Construction and the design team employed Building Information Modeling (BIM) to streamline coordination between design and construction teams. This digital modeling allowed early detection of conflicts, reducing rework, saving time, and minimizing material waste.
Prefabrication also played a key role. Components like mechanical assemblies and façade elements were produced off-site in controlled environments, ensuring consistency and quality while reducing on-site congestion and emissions.
Even in the face of supply chain challenges, Cooper Construction maintained efficiency through precise scheduling, transparent communication, and an unwavering focus on sustainability outcomes.
A Model for Canada’s Green Future
Co-operators Headquarters now stands as a living example of Canada’s sustainable future—a space where business performance, environmental responsibility, and human wellness intersect seamlessly.
Beyond meeting certification targets, the building demonstrates that net-zero construction is both practical and scalable. Its success provides a roadmap for other organizations looking to align their infrastructure with environmental and social values.
For Cooper Construction, the project marks a milestone achievement in a long legacy of delivering complex, high-quality builds across the province. It reinforces the company’s leadership in sustainable construction and its ability to translate bold visions into enduring results.
A Legacy of Leadership
As employees settle into their new headquarters, they’re experiencing firsthand the benefits of sustainable design—cleaner air, abundant light, and a sense of pride in working in a space that reflects their organization’s purpose.
For Cooper Construction, this isn’t the end of a project—it’s a reaffirmation of a mission. A mission to build responsibly, innovate continuously, and lead the construction industry toward a future where sustainability is the standard, not the exception.
Through Co-operators Headquarters, Cooper Construction has shown that building a sustainable building isn’t just about reducing impact—it’s about creating places that inspire, endure, and give back to the planet.
[CD1]Who is this quote being attributed to? Typically a name and title/company would be placed here.
The Holy Redeemer Church and Community Centre of Las Chumberas
The Holy Redeemer Church and Community Centre of Las Chumberas by Fernando Menis in La Laguna, Spain, has been declared the World Building of the Year at the 2025 World Architecture Festival (WAF).
The Holy Redeemer Church of Las Chumberas catalyses urban renewal in its neglected outskirts neighborhood, rising as a landmark in a fragmented built landscape. The site includes a church, a community center, and a public square, providing a vital gathering space for the locals. Funded through donations, the irregular flow of contributions determined its design with four independent volumes built in phases, the first two—housing the centre— were completed within two years and have been operational since, while the remaining structures were finished 16 years later as funding allowed.
Inspired by the volcanic landscape, it features massive, rough forms, contrasting with the built surroundings. Narrow cracks between structures, filled with sculptural metal and glass, filter daylight to create a minimalist, spiritual interior. Daylight is a key architectural element, shaping an introverted, austere space that invites reflection. Without windows, the building is illuminated by the unglazed cross and zenithal light. Throughout the day, the shifting light highlights different areas, guiding users through their interior exploration.
Concrete, chosen for versatility, serves structure, form, texture, and acoustics. Locally produced, inexpensive, durable, and energy-efficient, the thick walls enhance its thermal inertia. Innovatively used for acoustics, chipped concrete mixed with volcanic stones absorbs sound and, alongside smooth or rough exposed concrete, achieves a sophisticated sound control, comparable to an opera house—ideal for spoken word and song.
Fernando Menis, Founder of Fernando Menis Architecture, said: “Winning is a great gift, not only for me but also the church neighbourhood, which will now be recognised beyond Tenerife. Over the last three days in Miami, I have had the opportunity to travel to a new place, connect with friends, and be part of the global architecture community.”
The building manages to masterfully accommodate the symbolic and everyday needs of the community of which the architect is a part. The project has become a fine addition to the architecture of Tenerife.”
Bunkie on the Hill – Sustainability + Wellness Focus
Project Summary
Bunkie on the Hill is the smallest in a network of family cabins spread across four Muskoka properties, envisioned as a sustainable and restorative retreat. Perched among trees at the crest of a steep slope, it provides a peaceful sanctuary separate from the bustling family cottages below. Its design reinterprets the traditional A-frame form, with two offset rooflines reminiscent of the layered rock strata of the Canadian Shield. These split gables introduce unique opportunities for daylight and ventilation, reinforcing a visual and environmental harmony with the surrounding forest.
Sustainability guided every stage of design and construction. Recognizing the challenges of upfront costs in sustainable building, the team prioritized long-term efficiency and low environmental impact through a hybrid of passive and active systems. High-performance walls (R-42) and triple-glazed windows minimize heating demand, while innovative flitch beams reduce thermal bridging. The Bunkie’s foundation lightly follows the natural contours of the exposed rock, reducing excavation and ecological disruption. Operable perimeter and roofline windows optimize daylight, natural ventilation, and occupant wellness. All wood is FSC-certified, and fixtures are low-flow and energy-efficient, minimizing operational resource use.
1. Strategic Decisions
The client’s goal was to create a retreat that was both environmentally responsible and conducive to physical and mental well-being. Every design decision was anchored in sustainability—from reducing energy demand to enhancing the occupants’ connection with nature. Passive systems such as solar gain, natural ventilation, daylighting, and thermal mass were prioritized, supported by active systems like high-efficiency HVAC, low-flow plumbing, and LED lighting. The project was also pre-wired for future photovoltaic integration, ensuring adaptability to emerging clean technologies.
A strong emphasis on biophilic design supports occupant wellness by linking interior spaces to the surrounding ecosystem. Natural materials, organic textures, and expansive views foster an ongoing dialogue between people and place. Through careful orientation and geometric optimization, the cabin captures winter sunlight while the extended roof overhang and dense tree canopy provide shading in summer. The airtight, high-R envelope and HRV system ensure exceptional air quality and thermal comfort while keeping energy consumption minimal.
2. Community
Within the context of a multi-generational family enclave, Bunkie on the Hill continues a legacy of stewardship and respect for the land. The structure embodies Muskoka’s “back to nature” ethos—small in scale, mindful in construction, and rooted in environmental consciousness. Its restrained footprint contrasts with the growing trend of oversized lakeside development, presenting a model for modest yet meaningful sustainable living.
This cabin redefines the modern Muskoka cottage through innovation and restraint. Its bold yet balanced architecture demonstrates that contemporary design can coexist with environmental preservation. By employing passive systems, locally sourced FSC wood, and energy-efficient components, it sets a precedent for sustainable building in rural regions. The Bunkie’s simplicity and ecological sensitivity encourage future generations to value biodiversity and responsible land use.
3. Site Ecology
Respecting the ecological character of the site was fundamental. The Bunkie occupies a natural clearing, minimizing disturbance to the forest floor and preserving the native vegetation. By eliminating a basement and using a foundation that rests directly on the natural rock, the design avoids blasting and reduces embodied carbon. The cabin sits gently within its landscape, leaving surrounding flora and fauna undisturbed.
No artificial landscaping was introduced; instead, existing growth patterns were maintained to support local biodiversity and natural stormwater absorption. The simple dirt pathway and absence of paving preserve soil permeability and prevent erosion. This minimal intervention approach protects species habitats and maintains the site’s ecological integrity.
4. Light and Air
The building’s envelope and geometry were crafted to harness natural light and airflow as central elements of sustainability and wellness. Expansive glazing along the south façade maximizes solar gain and offers panoramic lake views, while deep overhangs and tree cover mitigate overheating. Windows on all elevations, coupled with operable clerestories at the roof split, create cross-ventilation and utilize the stack effect to circulate fresh air throughout the cabin.
Interior finishes of pale wood amplify daylight, reducing the need for artificial lighting. The open, double-height space ensures even light distribution and continuous airflow. At night, shielded exterior fixtures minimize light pollution, preserving nocturnal habitats and allowing the Bunkie to softly glow within its natural surroundings without disturbing local wildlife.
5. Wellness
Well-being is interwoven with sustainability in every aspect of the Bunkie’s design. Intended as a place for restoration and solitude, it supports both physical and psychological health. Through the integration of daylight, natural materials, and organic textures, the cabin cultivates a calm sensory experience that reconnects occupants to the land.
Biophilic principles underpin the project: framed views of trees and water, tactile wood surfaces, natural scents, and the gentle interplay of light and shadow foster emotional balance and relaxation. The expansive porch extends the interior into nature, promoting outdoor living and connection with the landscape. Low-VOC finishes enhance indoor air quality, while the cabin’s modest scale encourages movement, interaction, and mindful habitation.
6. Water Conservation
Water efficiency was addressed through the installation of low-flow fixtures and an on-demand water heating system that reduces waste. The cabin’s minimal occupancy periods further lessen its impact on local water systems. By retaining existing vegetation and forgoing irrigation, the design promotes natural hydrology and stormwater infiltration. Runoff from the roof is directed to the ground, recharging the water table and preventing erosion. The absence of hardscaping allows rainwater to naturally return to the ecosystem.
7. Operating Energy – Present and Future
Energy efficiency defines the Bunkie’s performance. Passive cooling and natural ventilation drastically reduce mechanical use, while the absence of fossil fuels eliminates direct carbon emissions. The R-42 envelope, triple-glazed windows, and airtight detailing achieve thermal stability with minimal heating demand. The building’s annual energy use intensity (EUI) of 105 kWh/m² demonstrates its remarkable efficiency for a cold-climate dwelling.
Provisions for future photovoltaic panels were included, ensuring the cabin’s readiness to transition toward net-zero operation. This foresight exemplifies the project’s long-term sustainability strategy, reducing dependence on non-renewable energy and aligning with the client’s vision for an adaptable, low-carbon retreat.
8. Materials and Resources
Material selection focused on longevity, renewability, and minimal embodied carbon. The absence of a concrete basement greatly reduced emissions, while the use of insulated concrete forms (ICFs) for shallow foundations improved efficiency and durability. FSC-certified wood products, low-VOC finishes, and formaldehyde-free cabinetry ensure a healthy indoor environment.
Locally sourced materials were prioritized to minimize transportation impacts. PEX piping replaced heavier, more resource-intensive copper systems. Exterior finishes were chosen to weather naturally, blending with the forest and requiring little maintenance. Inside, a rich palette of cedar, maple, and white plywood defines distinct spaces while reinforcing the connection between interior warmth and the surrounding woodland.
9. Building Life Cycle Considerations
Designed for endurance, Bunkie on the Hill embraces the principle that the most sustainable building is one that lasts. Its modest scale, durable materials, and low-maintenance finishes ensure longevity across generations. The design minimizes embodied carbon by reducing concrete and steel use, favoring renewable wood components and composite flitch beams for structural efficiency.
This careful material and systems selection ensures that the Bunkie will remain functional, efficient, and beautiful for decades without the need for major reconstruction—extending its sustainable impact well beyond its initial construction.
10. Education and Information Sharing
Beyond its physical presence, Bunkie on the Hill serves as a model for sustainable living and education. In a region increasingly characterized by oversized cottages, this project offers a counterpoint: modest, efficient, and deeply connected to place. Its publication and recognition within architectural circles emphasize that sustainability enhances—not limits—design excellence and quality of life.
By sharing the story of this project, the design team hopes to inspire others to adopt environmentally conscious practices, shifting perceptions toward the value of small, sustainable, and wellness-centered architecture. The Bunkie demonstrates that thoughtful design can protect the planet, nurture well-being, and celebrate the simple, enduring beauty of nature.
Photo credits: Riley Snelling
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