“EGGS” students works at matsysdesign advanced architecture studio at the California College of the Arts in #SanFrancisco #California | 2013.
Each student was tasked with constructing five objects of roughly the same size and shape over four weeks. Students, in the design and fabrication of each egg, needed to include both digital and physical aspects.
For some techniques, the balance between these two ways of designing and making was more on one side or the other. For example, a 3D printed egg might only involve 2% physical making and 98% digital making. Other processes were the opposite.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
Each student was tasked with constructing five objects of roughly the same size and shape over four weeks. Students, in the design and fabrication of each egg, needed to include both digital and physical aspects.
For some techniques, the balance between these two ways of designing and making was more on one side or the other. For example, a 3D printed egg might only involve 2% physical making and 98% digital making. Other processes were the opposite.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
The Mobility Pavilion by #fosterandpartners at the Dubai Expo is planned to occupy a dedicated plaza at the south entrance to the site and will have a lively, dynamic landscape conceived as a fairground with undulating tracks and demonstration areas for the latest technological innovations related to mobility.
An expression of the dynamic nature of mobility, the façade features a series of horizontal stainless-steel fins that wrap around the building. These fins lift up to form a canopy for each of the three entrances, while the roof hosts an array of both photovoltaic and solar hot water panels. The building is designed to achieve a #LEED Gold rating and will be repurposed as a high-quality office building as part of the wider legacy plan.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
An expression of the dynamic nature of mobility, the façade features a series of horizontal stainless-steel fins that wrap around the building. These fins lift up to form a canopy for each of the three entrances, while the roof hosts an array of both photovoltaic and solar hot water panels. The building is designed to achieve a #LEED Gold rating and will be repurposed as a high-quality office building as part of the wider legacy plan.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
Magnetically attractive loop by , #marianacabugueira, and #pada.labs, is the new Hyper loop campus proposal in Nevada, United States. The structure resonates along the abstract lines of an infinity symbol, knitting the arid desert landscape. The new campus titled #Nucleus imagines rising above being a mere building to an aficionado sanctuary of science.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
#Shell #House: A Mussel-Shaped Modern Family Recreation Center in Koblevo, #Ukraine by K&B
#Completion of construction is planned for the spring of #2023.
#Tools #used: Autodesk 3ds Max, Corona Renderer, Adobe Photoshop
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
#Completion of construction is planned for the spring of #2023.
#Tools #used: Autodesk 3ds Max, Corona Renderer, Adobe Photoshop
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
The #Cascade.#Transforming a disused stair case in Hong Kong into a usable urban space.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
Recently, iF Design Talent Award was revealed. One professor, along with several students from School of Architecture & Design worked together to design this Water Condensation Device.
The project aims at the problem of obtaining water resources in arid regions. It applies the principle of plant aerial rooting, uses renewable resources such as local #African #bamboo as the #outer #frame, and #recyclable #membrane as the internal condensation device. When the air passes through the device, and water vapor is captured to obtain a clean water source. The overall simplicity, easy construction and low maintenance cost, can effectively reduce the problem of water scarcity in arid areas.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲
The project aims at the problem of obtaining water resources in arid regions. It applies the principle of plant aerial rooting, uses renewable resources such as local #African #bamboo as the #outer #frame, and #recyclable #membrane as the internal condensation device. When the air passes through the device, and water vapor is captured to obtain a clean water source. The overall simplicity, easy construction and low maintenance cost, can effectively reduce the problem of water scarcity in arid areas.
━━━━━⊱💡⊰━━━━━
♻️ @techtimee ♻️
♻️ @techtimee ♻️
📱 Follow the FUTURE 📲