School of Disruption | Titan’s Post

How to apply Space Design to Earth?🌎 The Space Architecture Workshop is living proof that space design can not only inspire us but also provide us with tools and know-how to solve problems on earth. If you don’t believe it, we’ll show you one of the incredible projects developed in the 2023 edition of the Workshop: DRAINA. 🔎The ‘Draina’ project represents a self-sufficient ecosystem designed as part of the Space Architecture Workshop 2023. Functioning as both a habitat and an energy source, Draina uses a combination of analogue and high-tech technologies, including solar panels and wind turbines. Inspired by the intricate design of termite nests, Draina’s central unit is organically 3D printed, promoting natural ventilation. The teardrop shape of the structure facilitates the flow of wind, avoiding external stress on the overall integrity of the system. Draina is biodegradable as an immovable unit, emphasising environmental awareness in space architecture. Let’s meet the team! 🇮🇹 Eleonora Vena 🇹🇳 Meriem Allani 🇵🇹 Rodrigo Vieira 🇩🇪 Roman Forest ...And what would your project be like? Come share your ideas at the new edition of the Workshop. Discover the program and reserve your spot now! 👉 https://lnkd.in/dRAKiGbP #space #spaceengineer #spaceart #milandesignweek #design #architecture #nasa #europeanspaceagency #spaceexploration #spaceeconomy #sustainableliving #archilovers #interiordesign #spacearchitecture #astronomy

Inflatable space structures, possibly covered by local regolith, stand out as a promising avenue for the future of human habitation on Mars and the Moon. 1. Lightweight and Compact: One of the key advantages of inflatable structures lies in their lightweight and compact nature. Traditional rigid structures demand heavy materials and complex assembly processes, impractical for space missions with strict payload constraints. Inflatables, on the other hand, can be deflated during transport, significantly reducing the space needed for transportation. 2. Easy Transportation and Rapid Deployment: Inflatable habitats offer a unique advantage in terms of transportation efficiency. Their deflated state allows for more space-conscious packaging within spacecraft. Once transported, inflatables can be rapidly deployed, providing a quick and streamlined process for setting up habitats on Mars and the Moon. 3. Radiation Shielding: Inflatable structures can incorporate multiple layers of radiation-resistant materials, creating an effective shield against the harmful effects of cosmic rays. The flexibility of inflatables allows for the strategic layering of protective materials, ensuring the safety of inhabitants during extended stays on celestial bodies. 4. Expandable Living Space: The inflatable nature of these structures allows for expandable living spaces. As human colonies on Mars or the Moon grow, inflatable habitats can be easily expanded by inflating additional modules. 5. Structural Stability and Flexibility: Inflatable structures can be engineered to provide structural stability while maintaining a degree of flexibility. This is particularly advantageous in environments with seismic activity, as the structures can absorb and dissipate energy. 6. Thermal Insulation: Temperature extremes on Mars and the Moon present significant challenges for human habitation. Inflatable structures can be designed with layers of insulating materials to regulate internal temperatures. 7. Cost-Effective Space Architecture: Inflatable structures offer a cost-effective solution for extraterrestrial habitats. The use of lightweight materials and streamlined construction processes translates to reduced costs in both manufacturing and transportation. As we inch closer to realizing the dream of interplanetary living, the inflatable revolution in space architecture stands as a testament to human ingenuity and adaptability, echoing the spirit of exploration that propels us towards the next frontier. #spacearchitecture #spacedesign #spaceexploration #architecture #architecturedesign

Check out these absolutely fascinating inflatable space structures! 🚀 The compact and versatile nature makes them a game-changer for interplanetary living. The ability to cover these structures with local regolith not only enhances their structural integrity but also aligns with the unique challenges posed by different environments. How do you see this shaping the way we approach human habitation on Mars and the Moon? 🤔 🌌 #SpaceArchitecture #FutureExploration More About Space Resource Technologies: https://lnkd.in/g-VpkZfc

Analemma Tower, developed by the visionary team at Clouds Architecture Office, redefines the limits of architectural design by inverting traditional building principles. Instead of being anchored to the Earth, this super tall structure is suspended from a large asteroid in geosynchronous orbit. This innovative approach, known as the Universal Orbital Support System (UOSS), is reminiscent of a space elevator and allows the tower to be constructed anywhere in the world and transported to its final location. The proposed site for construction is Dubai, renowned for its expertise in building some of the world’s tallest structures at a fraction of the cost compared to New York City. The orbital mechanics of the tower enable it to trace a daily figure-8 path in the sky, providing a consistent and fascinating daily cycle for its inhabitants. The feasibility of such a project is backed by recent advancements in space missions, such as the European Space Agency's Rosetta mission and NASA’s upcoming asteroid retrieval mission. These milestones have proven the possibility of capturing and relocating asteroids, setting the stage for space-based construction. Living at extreme altitudes presents its challenges, but continuous habitation in similar conditions aboard the International Space Station shows that it’s achievable. Imagine the unique experience of living in the highest tower ever, with unparalleled views and the tranquility of being above the clouds. Analemma Tower is more than just a tall building; it's a glimpse into the future of urban living, combining extreme height, mobility, and advanced technology. This project inspires me to think beyond conventional limits and dream big about the future of architecture and space exploration. I can’t wait to see how this project evolves and what other innovative ideas will emerge from it. The sky is no longer the limit! Source: https://lnkd.in/gkb6SKAM #Engineering #Architecture #SpaceEnthusiast #Innovation #AnalemmaTower #FutureLiving #SpaceArchitecture #Sustainability #UrbanDesign #CloudsArchitectureOffice

"Design practice HASSELL unveils its conceptual modular moon architecture and habitat that it co-designed with the European Space Agency and Cranfield University. Named the Lunar Habitat Masterplan, the 3D model of the dubbed first permanent human settlement on the moon was presented at the ESA’s Space Research and Technology Center in the Netherlands as part of the annual Space for Inspiration event between January 18th and 19th, 2024. HASSELL introduces a design that employs 3D-printed modular components that double as the moon habitat’s protective shell. The shape embodies the form of a hexapod, with its building blocks assembled one by one and interlocked. This helps shield the modular moon habitat from radiation on the moon, a necessary factor to allow the community of up to 144 people to safely live on the lunar surface. What’s more in the design is its ability to be regenerated using materials directly sourced from the moon such as lunar soil. In HASSELL’s conceptual architecture, there is a 3D printer on-site at the habitat, so the residents can rebuild and repair the modular components without needing assistance from people on Earth." #lunarsettlement #moonbase https://lnkd.in/ezKA7efj

Who will judge the projects of the Space Architecture Workshop 2024? As always, we've assembled an outstanding team of experts with the challenging and crucial task of selecting and rewarding just one project among those developed during the week. 💡 The goal of each project will be to redefine the concept of design, trascending boundaries and showing how the outer-space perspective has the remarkable ability to inspire groundbreaking ideas on Earth. The jury we've put together is diverse, covering various backgrounds and cross-disciplinary skills: from space to conventional architecture, all the way to effectively communicating one's project. 👥 Let's meet the jury: Dr. Barbara Imhof, managing partner & co-owner of LIQUIFER Systems Group GmbH \René Waclavicek\, managing partner & co-owner of LIQUIFER Systems Group GmbH Adolfo Suarez, partner and director at Lombardini22 Retail Carlotta Zucchini: founder and editor-in-chief of THE PLAN Igor Ciminelli: founder of the School of Disruption | Titan And now…we can't wait to meet you! Discover the program and reserve your spot; they're filling up fast! 👉 https://lnkd.in/dRAKiGbP #space #spacearchitecture #architecture #sustainable #milandesignweek #design #spaceeconomy #nasa #spaceexploration #spaceengineer #esa #earth #innovation #future #circularity

The NL CT-Habitats proposal sounds fascinating and innovative, leveraging a combination of circular design principles, geometry, and origami to revolutionize habitat construction, particularly in space environments like the Moon and beyond. Here are some key points to highlight about the proposal: 1. Circular Design Principles: Embracing circular design principles suggests that the habitats are designed with sustainability in mind, aiming to minimize waste and maximize resource efficiency. This is crucial for long-term human habitation in space, where resources are limited and recycling is essential. 2. Geometry and Origami: By incorporating geometric principles and origami-inspired designs, NL CT-Habitats likely achieves a balance between structural integrity and lightweight construction, essential for space travel where every kilogram matters. 3. Productivity: The claim of being up to 10 times more productive suggests that the construction process is highly efficient, possibly leveraging automation, modular construction techniques, or advanced robotics to streamline assembly. 4. Affordability: Being twice as affordable as Buckminster Fuller's Geodesic house and significantly more cost-effective than NASA's ARMADAS project indicates that NL CT-Habitats prioritizes cost-effectiveness without compromising quality or functionality. 5. Speed of Construction: The ability to produce habitats four times faster than NASA's ARMADAS project implies a significant reduction in construction time, potentially enabling rapid deployment of habitats for future lunar missions or space colonization efforts. 6. Radical System Change Approach: This suggests a departure from traditional construction methods and a willingness to embrace unconventional approaches to achieve the desired outcomes. It involves rethinking every aspect of the construction process, from material sourcing to architectural design to on-site assembly. Overall, the NL CT-Habitats proposal represents a bold step forward in space habitat construction, promising to make human habitation in space more sustainable, affordable, and efficient. If successfully implemented, it could pave the way for future space exploration and colonization endeavors. NL CT-Habitat 4 all, forever, on both Earth & Mars! #CircularMoonVillage #ClimateAction #EITClimateKIC #ClimateJustice #CircularDesign #CircularEconomy #SDGs2030 #PersianCATs #circulairondernemen #samenduurzaam #duurzaambedrijfsleven

Have you got a favourite architect? We particularly admire William McDonough, whose ground-breaking projects include NASA Sustainability Base. McDonough is famous for The ‘Cradle to Cradle’ framework which ascertains that raw materials are not thrown away (from cradle to grave), but are reused indefinitely or serve as “food” for new products. McDonough's designs go beyond the present, anticipating future needs. These principles resonate with us at Cowan Architects as the demands of Net Zero require us all to think innovatively and sustainably. Which architect do you most admire? #architects #sustainablebusiness

Who will judge the projects of the Space Architecture Workshop 2024? As always, we've assembled an outstanding team of experts with the challenging and crucial task of selecting and rewarding just one project among those developed during the week. 💡 The goal of each project will be to redefine the concept of design, trascending boundaries and showing how the outer-space perspective has the remarkable ability to inspire groundbreaking ideas on Earth. The jury we've put together is diverse, covering various backgrounds and cross-disciplinary skills: from space to conventional architecture, all the way to effectively communicating one's project. 👥 Let's meet the jury: Dr. Barbara Imhof, managing partner & co-owner of LIQUIFER Systems Group GmbH \René Waclavicek\, managing partner & co-owner of LIQUIFER Systems Group GmbH Adolfo Suarez, partner and director at Lombardini22 Retail Carlotta Zucchini: founder and editor-in-chief of THE PLAN Igor Ciminelli: founder of the School of Disruption | Titan And now…we can't wait to meet you! Discover the program and reserve your spot; they're filling up fast! 👉 https://lnkd.in/dRAKiGbP #space #spacearchitecture #architecture #sustainable #milandesignweek #design #spaceeconomy #nasa #spaceexploration #spaceengineer #esa #earth #innovation #future #circularity

Space architecture for spaceship Earth?! Yes, please. Add this to your SXSW schedule for March 9 at 10am at Hilton Salon K to hear from ICON's Melodie Yashar, Celestial Citizen's Britt Duffy Atkins, SOM's Georgi Petrov, and BLUE ORIGIN's Daniel Inocente as they discuss how the knowledge, technologies, and practices developed for space exploration can be utilized and applied to address challenges on our home planet, Earth. Historically, space exploration has been seen as a distant and separate endeavor from the issues we face on Earth. Now, with the rise of commercial space ventures and increased interest in space-related activities, it is becoming increasingly apparent that innovations and solutions developed for space missions can have valuable applications on Earth. https://lnkd.in/gr7rY3Pv