Tag Archives: Sustainable Homes

Home Tours: ‘House At Otago Bay’ In Tasmania

The Local Project (December 27, 2022) – Taking a house tour inside a home made entirely from local and sustainable building materials, Topology Studio offers a rare insight into how a structure becomes one with its surrounds.

Video timeline: 00:00 – Introduction to the Sustainable Home 00:30 – The Architect and The Home Owner 01:00 – The Location 01:19 – A Walkthrough of the Sustainable Home 01:40 – Expanding Spaces Through Shapes 02:27 – A Seamless Connection of Inside and Outside 02:47 – A Home that Sits Quietly and Calmly 03:00 – Using Local Manufacturers 03:21 – Maximising the Benefits of the Natural Elements 04:01 – An Entirely Electric Home 04:13 – Climate Change Impacts and Planning for the Future 04:48 – Minimising Footprints

Sitting atop the land, House at Otago Bay looks out toward the bay and as far as Mount Wellington – offering the owners a home that is flush with the landscape. Modest upon arrival, House at Otago Bay is positioned at the end of the drive with its back towards neighbours and its front facing the opposite bush reserve.

Made of locally sourced bricks, bushfire-resistant timber and glass, the home’s design showcases a passion for building sustainably for the present and future. Entering the home at the main living level, Topology Studio has designed the space to open and focus on unrivalled views of the bay. Though sitting on a narrow site, the insertion of unique architectural and design choices inside a home, such as the continuous curved ceiling, help the home to branch outwards and avoid being marginalised by frames. Stairs that sit off to the side lead down to the lower ground floor, in which a bedroom and ensuite have been partially set into the foundation of the home, offering a distinctive view out across the grass and towards the water’s edge.

With a seamless connection that isn’t often seen inside a home, the external façade blurs the lines between inside and out and adds a layer of connection to the surrounding environment. Sitting quietly and calmly upon the land, the architects have chosen to use tones that reference the rocks, water and greenery of the landscape. Using locally sourced and produced materials inside and out took away the need to import from overseas, avoiding unnecessarily increasing the home’s carbon footprint during construction.

After specifying the Tasmanian brick, Topology Studio positioned the building to maximise sunlight during winter and shield the inside during the summer, while also taking advantage of the expansive views. To cater to the changing temperature inside a home, the masonry and concrete floor provide a high level of thermal mass through the seasons and take away the need for external heating technology.

House at Otago Bay is supplied electricity by the solar panels on the boat house – taking away any need for gas and minimising running costs and impact on the environment. Though inside a home can be thought of as sustainable, Topology Studio has taken the extra step to respect the environment by providing robust materials across both outside and inside – proving that homes can provide longevity for its owners in sustainable and eco-friendly ways

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Pre-Fab Tiny Home Tours: ‘The Cutting’ In Australia

The Local Project – The Cutting by Small and Ample is a DIY pre-fab tiny home that encompasses sustainable living. Designed to shatter the idea that small homes cannot be generous, Aaron Shields, Director at Ample, and aspiring architect Nick Lane collaborate on The Cutting, a DIY pre-fab tiny home.

Video timeline: 00:00 – Introduction to the DIY Tiny Home 00:36 – The Brief – Small but Generous 00:54 – Situated on a Patch of Farmland with Views of The Cutting 01:11 – A Tour of the Tiny Home 02:30 – The Challenges in Designing a Small and Transportable Home 03:14 – A Reclaimed and Recycled Material Palette 03:35 – Textural Materiality 03:52 – The Aussie Shed

Promoting a better future with the idea that less is more, the designers have provoked others to think outside the box when crafting residential projects. Looking over The Cutting, an area where the sea cuts into the sand dunes, the home provides plentiful living within its 30 square meters. The house tour of the small home begins at arrival, with basalt pavers that lead up towards the DIY pre-fab tiny home. A set of steps – made from cow trough supports, reclaimed hardwood and perforated mesh salvaged from an old farm shed on the property – brings the occupants to the front door that pivots into the passive house.

Once inside, the kitchen, dining and living spaces are infused with warm timbers and bamstone cobbles, which together pare back the interior and tie the cabin into the surrounding landscape. At the south-western end of the DIY pre-fab tiny home, a double-glazed and steel window section with operable awnings allows for cross flow ventilation throughout the small home. Up on the mezzanine level, a study nook has been inserted into the floor and blurs the connection between upstairs and downstairs.

To cooperate with Victorian road rules, Aaron and Nick needed to design to specific dimensions in order to make the DIY pre-fab tiny home transportable. After collapsing the roof by 1500 millimetres, the small home can then be moved to its new location and settled on the land. With a hope to change the perception surrounding how homes can contribute to sustainability agendas, the designers use reclaimed materials. By doing so, every piece of furniture within the DIY pre-fab tiny home is built from reclaimed wood.

The floor is recycled iron bark, while many of the other timber elements have been sourced from other structures. Futhermore, the designers have championed the idea of the Australian shed with the use of timber and metal on the exterior, reflecting the history of the landscape. Overall, Aaron and Nick have created a modest home with an unexpected perceived spatial generosity that celebrates the value of materials.

Architectural Tours: Off-Grid ‘Limestone House’ In Melbourne, Australia

The Local Project – Crafted by John Wardle Architects, this sustainable off-grid house is best explored by means of a house tour. Combining seamless interior design and architecture with a minimal environmental impact, Limestone House forms a cohesive celebration of functionality.

Video timeline: 00:00 – Introduction to the Sustainable Off-Grid House 00:41 – The Location and The Vacant Lot 01:22 – Architects Declare 01:39 – The Living Building Challenge 02:06 – Passive House Standards 02:40 – The Shading Systems 03:04 – What’s Behind the Walls 03:19 – The Energy Supply 03:35 – Requirements of the Living Building Challenge 03:50 – The Two Main Materials Used 04:12 – An Interesting History Behind the Timber 04:42 – The Handmade Aspects 05:01 – Floating on a Sea of Native Grasses

Located in the Melbourne suburb of Toorak, Limestone House rests on the Wurundjeri Land of the Kulin Nation. Initially vacant, the project site excited the clients with the possibility of building a sustainable off-grid house. Paying homage to the environmental agenda, the landscape design of Limestone House sees the building float above a sea of native grass. Guiding the design of Limestone House is the Living Building Challenge and Passivehaus, two rigorous standards of sustainability.

In order to satisfy the standards, John Wardle Architects ensures that the home operates as a sustainable off-grid house, harvesting its own water and disposing of all of its waste water. Externally, a set of edible plantings on the terrace meets the requirement for food production on site. The Passivehaus standard sees a tightly-sealed, sustainable off-grid house emerge. While a passive ventilation system consistently delivers fresh air into the home at a slow speed, an airtight barrier seals heat into the dwelling, maximising energy efficiency.

Similarly, high-performance insulation is applied to the walls, roof and floor and the home features triple-glazed windows. Shading systems take the form of motorised venetian blinds to the northeast and west, as well as operable timber louvres at roof level over the courtyard. Internally, the material palette of Limestone House consists primarily of stone and timber. Concrete benchtops and Queensland siltstone complement the calming tonal character of the scheme alongside hydrowood oak. Many of the trees used for the oak come from a valley that was flooded during a 1940s hydroproject – now the timber comprises a bespoke dining room table.

A sustainable off-grid house, Limestone House produces its own energy and a surplus of five per cent that is exported to the grid. While meeting the design brief, John Wardle Architects ensures that the residence forms a unique embracement of natural serenity, in distinction from other sustainable dwellings of the past.

Home Tour: A Single-Story ‘Reimagined’ In Australia

Evelyn is an Australian inspired house designed with a family-first philosophy. Crafted by Myers Ellyett Architects, the single-level home stands as the respectful reimagination of a 1911 cottage.

Timeline: 00:00 – Introduction to the Australian Inspired House 00:51 – Entering the House 01:30 – Responding to the Environment 02:05 – Creating an Inner-City Retreat 02:44 – Joinery and Lighting in the House 03:37 – Features of the House 04:20 – The Arch Motif 04:54 – Making the Backyard the Centrepiece 05:56 – Designing for Lifestyle

Situated in the Brisbane suburb of Paddington, Evelyn offers a tranquil retreat from the hectic nature of inner-city living. Originally a 1911 cottage, the Australian inspired house pays homage to its history with features such as timber materiality and additional gable roofs, which nod towards design methods of the past. As an Australian inspired house, Evelyn engages with the surrounding natural environment.

Glassless shutters catch the breeze as it brushes the side of the house whilst sliding panels in the bedrooms open the home to the external greenery. A house tour of the property reveals the home to be organised around a central lawn where children can play, speaking to the importance of family life as stipulated in the design brief. Raising the standard of a successful Australian inspired house, the interior design of Evelyn also draws upon the colours of the outdoors.

Green terrazzo is used in the bathrooms, wrapping the spaces to create the impression of being immersed in the garden. Throughout the house, simple materials and colours are employed to establish a sense of serenity. Designed to reflect the clients’ lifestyle, Myers Ellyett Architect creates an Australian inspired house that has family life and relaxation at its core. In both interior design and architecture, Evelyn stays true to the vision of family life that was initially shared by both architects and clients.

Green Housing: ‘Nature Village’ – Denmark (Video)

Copenhagen-based studio EFFEKT has presented plans for a residential development that forms part of its contribution to the upcoming venice architecture biennale. titled ‘naturbyen’, a name that translates as ‘nature village’, the project will see a field in denmark transformed into a completely new forest-neighborhood district comprising more than 200 homes. the development seeks to demonstrate how sustainable housing development can be combined with ambitious afforestation, increased biodiversity, and circular resource thinking. ‘as humanity is facing its greatest challenge ever with the imminent threat of climate change, habitat loss and depletion of natural resources — not to mention the ongoing pandemic — we need to rethink the way we live together on this planet. not only as humans, but across all species and ecosystems,’ EFFEKT tells designboom, discussing how the project responds to the biennale’s theme — ‘how will we live together?’. Responding to denmark’s goal of covering 20% of its landmass with forest by 2100, EFFEKT developed the project in collaboration with the town of middelfart. the site, currently an agricultural field, will be densely planted with a mix of native tree seedlings — an approach based on interviews and insight from industry experts, anders busse nielsen and björn wiström. ‘with a project like ‘naturbyen’ we try to address the growing need for more housing while also restoring natural habitats in close proximity to our cities, increasing biodiversity and through afforestation sequester carbon over time,’ EFFEKT explains.

Sustainable Architecture: ‘Woodnest Treehouses’ Above Fjord In Norway

Woodnest – Up in the air

The steep forested hillsides around the Hardangerfjord above Odda, is the location of two Woodnest treehouses. The architecture is a specific response to the topography and conditions of the site itself. Inextricably crafted from nature, each treehouse is suspended 5-6m above the forest floor and fastened with a steel collar to the individual trunk of a living pine tree.

The journey to the site begins with the 20minute walk from the town of Odda, on the edge of the fjord and up through the forest via a steep winding path. Each treehouse is accessed via a small timber bridge, leading the visitor off the ground, into the structure and up in to the tree.

At just 15m2, carefully organized inside around the central tree trunk itself are four sleeping places, a bathroom, a kitchen area and a living space. From here one can lookout and experience the vast view out through the trees, down to the fjord below and across towards the mountains beyond.

At the very core of the project is the appreciation of timber as a building material. Inspired by the Norwegian cultural traditions of vernacular timber architecture, together with a desire to experiment with the material potential of wood, the architecture is structurally supported by the tree trunk itself, and formed from a series of radial glu-laminated timber ribs. The untreated natural timber shingles encase the volume creating a protective skin around the building, which will weather over time to merge and blend with the natural patina of the surrounding forest.

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Future Of Homes: ‘Ashen Cabin’ – 3D Printed, Waste Wood Building Material

By implementing high precision 3D scanning and robotic based fabrication technology, HANNAH transforms Emerald-Ash-Borer-infested “waste wood” into an abundantly available, affordable, and sustainable building material.

From the ground up, digital design and fabrication technologies are intrinsic to the making of this architectural prototype, facilitating fundamentally new material methods, tectonic articulations, and forms of construction.

Project realized with scientific support from the Cornell Robotic Construction Laboratory (RCL) / Sponsors: AAP College of Architecture, Art, and Planning; AAP Department of Architecture; HY-Flex Corporation; Cornell Atkinson Center for a Sustainable Future, Cornell Arnot Teaching and Research Forest.

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International Design: “Sustainable Home” (484 SF) By Brazilian Firm Gustavo-Penna Architects (2019)

Gustavo and Penna Architecture Brazil“Our SUSTAINABLE HOME is made of matter and spirit. The raw material, the unused by-products of the mining activity, is the main component: from it we take advantage of its qualities and properties. Finding an ecologically suitable use for this waste determines the unique character of the housing unit. In its spirit, the housing unit intends, in addition to its technical function, to be a home, a place for each person to feel valued, welcomed in their dreams, hopes and desire to live together. Each house, even in its simplicity, must be able to create a sense of pride and self-esteem ”, adds Gustavo Penna.

The pilot project is part of the environmental education equipment of the Gerdau Germinar Program, which presents the public with new concepts of sustainability applied to mining activities and the concept of circular economy in housing – one of Gerdau’s social investment territories.

Gustavo and Penna Architecture Interior Brazil

The Mining Engineering Department of the Federal University of Minas Gerais (UFMG) in partnership with Gerdau has developed a solution for the production of blocks, drainage floors and mortar with iron ore tailings, a solution that can transform mining waste management in the future.

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