Water-based architecture is not about boats, yachts, or ships, or at least not just about them. We’re seeing some designers experiment with bringing all kinds of floating structures that residents and tourists can enjoy while basking in breathtaking views. A Copenhagen-based studio is teaming up with the local municipality to bring these unique concepts to life and show different possibilities for this kind of architecture.
Designer: MAST
The first of three projects is a floating sauna and harbor bath where up to fifteen people will be able to have a relaxing time while looking at an aquatic view. They can even plunge directly into the harbor bath after sweating it up in the sauna. It uses eco-friendly materials like cross-laminated timber and wood fiber insulation. This floating sauna is also “portable” in a sense that it can be moved to different locations through a towboat. There is also a small changing room as well as storage facilities and a wooden deck with access to the harbor bath.
The Harbour Cliff is the first free-floating open bouldering gym in the world where visitors can swim to it and then try the different climbing routes within the structure. There are three slightly inverted ledges to do the different challenges, including a 14.8 foot climb where you need to do a particularly hard jump to be able to reach the final spot. It looks like something straight out of an alien invasion movie and I keep expecting a monster to emerge from the structure.
Lastly, if you don’t want to sweat it out in the sauna or do bouldering, you can head over to the Maldives to visit a floating villa. These villas are anchored in protected lagoon areas and have two bedrooms, bathrooms, a loving room, and even a courtyard garden and a roof terrace. As part of their eco-friendly design, they use solar cells, battery packs, on-board sewage treatment and watermakers.
Nowadays almost everything is being 3D printed, so why should architecture be an exception? Many architectural firms have adopted 3D printing as their preferred technique for building structures. And 3D-printed architecture has truly gained a lot of popularity and momentum. It has paved a path for itself in modern architecture. And I mean, no wonder, it has a ton of benefits! It’s a simple, efficient, and innovative technique that lowers the risks of errors, and also manages to save time. 3D printing eradicates a lot of tedious steps during the construction process and simplifies it. And cement company Progreso teamed up with COBOD to build Guatemala’s first 3D-printed building.
Guatemala’s first 3D-printed building was recently completed to withstand local seismic activity, allowing it to be earthquake-resistant. The structure was built by merging modern 3D-printing construction techniques with traditional local craftsmanship, for example, the thatched roof. The house was built using COBOD’s BOD2 printer, and the 3D printer extruded a cement-like mixture in multiple layers to from the structure’s shell, according to a pre-planned blueprint.
Quite interestingly the entire printing and building process took only a little over 24 hours. 26 hours were spread over seven days to build the structure which involved completing the concrete shell, and then adding wiring, plumbing, and windows with the help of laborers. The roof of the home is the traditional roof seen all over the region, and it is made from palm thatching. Wooden slats were also added to the building, to promote natural ventilation and create a spacious and airy environment. The building is designed to withstand a severe and strong earthquake!
“The project has successfully taken steps to validate the structural viability of 3D construction printing in a seismic-prone region,” said the press release. “Due to the use of 3D printing, the house features highly organic-shaped walls that would otherwise be extremely expensive, even unfeasible to complete with concrete blocks, the region’s predominant building material. The 3D-printed concrete walls are complemented by a ‘Rancho’ type palm leaves roof. This roof type has been used for generations in Latin America, as it is inexpensive, provides thermal comfort, and is well-suited for seismic regions due to the flexible and lightweight material.”
The structure occupies 527 square feet and is a compact home that can withstand extreme seismic activity while operating as a fully functional and equipped house.
If you’re looking for a stunning little cabin in the woods to get away to and relax, then you’ve reached the right place. Cabins are by far the best type of vacation I’ve come across. They’re a peaceful and tranquil option to abandon your urban life and woes, and simply unwind in nature. If you’re wondering where to head for your next cabin retreat, you can refer to this collection of beautiful and super cozy cabins we’ve gathered. They’re the perfect safe haven nestled in the midst of nature, providing a break from your everyday hectic life. And we’ve found a pretty awesome cabin for you – meet the Copper Harbor house!
Designed by the US architecture firm Prentiss Balance Wickline Architects, the Copper Harbour house is located on the rugged Keweenaw Peninsula with fantastic views of Lake Superior – which is the largest Great Lake in North America. The quaint cabin features a sturdy shell built from weathering steel, giving it a homely yet rugged feel. The cabin is tucked away in a “very remote destination with an industrial history”.
The cabin is designed to be modern and minimal, a perfect abode for a couple who love mountain biking. The home is meant to withstand the extreme weather conditions of the area. “Set in a very remote destination with an industrial history, Copper Harbor blends into the shoreline while standing out with its unique design,” said Seattle-based Prentiss Balance Wickline Architects. The home occupies 1400 square feet and includes two volumes that are conjoined with a central circulation spine.
Quite interesting, there is a building located behind the cabin which serves as a bike workshop. The cabin and workshop are separated using a patio which functions as an “exterior room protected from the wind”. All three buildings are covered in a rugged exterior shell built from corrugated steel. Since the shell is made using pre-rusted steel, it has an intriguing orangish shade that references the color of the soil. “The solidity of each shell is contrasted with a wall of glass providing light, directing views, and extending the living space out on cantilevered decks toward the water,” concluded the architects.
In a world marked by rapid urbanization and the relentless march of concrete and steel, a unique sanctuary has emerged, standing as a testament to the power of spirituality and sustainable innovation. Côme Di Meglio’s MycoTemple is a transformative living structure that harnesses the astonishing capabilities of mycelium, creating a biodegradable domed space for physical and spiritual transformation.
At first glance, MycoTemple is a marvel of art and architecture, a five-meter-wide domed structure that seems to rise from the Earth itself. However, what truly sets it apart is its construction material: mycelium, the intricate underground network of fungi that has the remarkable ability to grow structures. Concealed within this mycelium marvel is a hand-carved wooden structure, hidden from view and only revealed as the mycelium gradually biodegrades over time, returning to the soil from where it came.
Stepping into MycoTemple is like stepping into another realm. Its thick, mycelium-based walls insulate visitors from the clamor of the outside world, creating a serene cocoon of tranquility. Within the semi-darkness, one becomes enveloped by an intriguing material, rich in textures and colors. Some areas feel rough, reminiscent of minerals, while others are soft and velvety, akin to the gentle touch of skin. Every square centimeter is a microscopic landscape meant to be explored, contemplated, and caressed. The immersive scent of the underwood establishes an intimate connection between visitors and the environment, enhancing the sensory experience.
The sensory immersion within this living organism, crafted into an architectural wonder, triggers a heightened state of awareness and a profound sense of presence. MycoTemple invites us to delve deep within ourselves, tapping into something primal and ancient that resides within each of us.
Beyond its artistic and architectural allure, MycoTemple serves a higher purpose as a space designed to foster a diverse range of collective experiences and communal events. It is a place for gatherings, concerts, and quiet moments of contemplation. Di Meglio envisions the dome as a vessel for emotions and dreams, and he notes, “All the emotions and dreams birthed in the dome will nurture this porous material.”
More than just a space for individual introspection, MycoTemple is designed to nurture our essential connection to the living world. It also serves as a place to strengthen our bonds with others. The shape of the dome itself harks back to ancestral dwellings, reminiscent of the caves where early humans sought shelter from external dangers. It’s a form that has been embraced by countless cultures around the world in sacred architecture—places where communities would gather in circles to share stories, ignite shared imaginations, and weave narratives that solidify their sense of belonging to a greater whole.
The gradual biodegradation of MycoTemple is an integral part of its aesthetic experience. It invites visitors to return throughout the seasons, providing an opportunity to witness the passage of time and the organic process of decay and renewal. It’s a reminder that all things are in a constant state of change, and it invites us to reflect on our transient existence.
The entire process of cultivating the mycelium, from its inception to the completion of MycoTemple, unfolded in Di Meglio’s artist studio in Marseille. Utilizing a low-tech approach and repurposed industrial waste, particularly sawdust, the design team grew the architectural-sized dome segments. This exploration of bio-material innovation showcases the potential of sustainable materials and practices in architecture.
MycoTemple is a testament to the power of innovation, sustainability, and spirituality coming together in harmony. It challenges our preconceptions about the permanence of structures and encourages us to reconnect with nature. As we stand in awe of this living sanctuary, we are reminded of the transformative potential that lies at the intersection of art, architecture, and the natural world. MycoTemple is not just a physical structure; it’s a journey of self-discovery and a celebration of the Earth’s remarkable regenerative capabilities.
