Nucleus, The Hyperloop Desert Campus designed by Mariana Cabugueira, Begum Aydinoglu and Juan Carlos Naranjo.
Co-existing with its unique topography, climate and splendid scenery, the Hyperloop Desert Campus Competition cherishes designers who are brave enough to take on the challenge to design an iconic campus in one of the most sublime and remin...
Project name
Nucleus, The Hyperloop Desert Campus
Architecture firm
Mariana Cabugueira, Left Angle Partnership, PadaLabs
Location
Nevada Desert, United States
Tools used
Autodesk 3ds Max, Autodesk Maya, Keyshot, Corona Renderer, Adobe Lightroom, Adobe Photoshop
Principal architect
Mariana Cabugueira, Begum Aydinoglu, Juan Carlos Naranjo
Design team
Mariana Cabugueira, Begum Aydinoglu, Juan Carlos Naranjo, Alev Nisa Işık
Collaborators
Lina Celis, Left Angle Partnership, Pada Labs
Visualization
Metrica Visuals
Status
Competition Proposal
Typology
Hyperloop Desert Campus
Mitosis by GG-loop brings biophilic regenerative architecture to large-scale urban developments.
New parametric design tool to generate positive footprint neighbourhoods constructed in cross laminated timber.
Architecture firm
GG-loop
Tools used
Rhinoceros 3D, Grasshopper, Autodesk 3ds Max, Corona Renderer, Adobe Suite
Principal architect
Giacomo Garziano
Design team
Gianmarco Daniele, Chelsea Fu, Giacomo Garziano
Built area
181833 m² (Mitosis-XL); 63 m² (Mitosis-XS)
Site area
22110 m² (Mitosis-XL); 22110 m² (Mitosis-XS)
Visualization
GG-loop with Hexa Pixel (Mitosis-XL); GG-loop (Mitosis-XS)
Typology
Residential, Houses
Dancing Lantern is a parametric pendant lamp designed by Sophia Michopoulou
Product name
Dancing Lantern
Manufacturer
Wood specialist: Doulis wood applications | Electrical support: E.Karantakis
Product type
Office Lighting
Contact
michopoulou.s@gmail.com
Designer
Sophia Michopoulou
Use
Ceiling, Interior. a lighting sculpture that floats above the visitor
Applications
Digital fabrication
Characteristics
Twenty-eight CNC cut plywood slices
Format
Multiple unique elements
Size
1 m². 45, 60 and 90 m in height
Designed by Miroslav Naskov, the project represents concept design series of the exploration and speculation on the future of transportation. The goal of the Transportation Swarms is to investigate the domain of design qualities within research facilities and its generative possibilities for new vehicle and transportation hubs typologies in variety...
Project name
Transportation Swarms
Architecture firm
Miroslav Naskov
Tools used
Autodesk Maya, Rhinoceros 3D, Grasshopper 3D, V-ray
Principal architect
Miroslav Naskov
Visualization
Miroslav Naskov
Typology
Vehicle, Transportation Hub
