PROJECT 2: WANGEN TOWER
Location: Wangen im Allgäu, Germany | 2024
Architect: ICD/ITKE, University of Stuttgart @icdstuttgart
World's first multi-level walkable building using self-shaped timber.
Innovation: Moisture-driven bending (bio-inspired by spruce cones)
→ Flat bilayer CLT panels placed in kiln
→ Controlled drying causes curvature (computational prediction)
→ 12 panels create 23m spiral tower
→ No heavy machinery required
Assembly time: 3 days
Why Wangen Tower is extraordinary:
1. Self-shaping materials = zero formwork waste
→ Computational model predicts final curvature from moisture content
→ Precision: ±8mm (actual vs. predicted)
2. Local materials, local labor
→ Spruce grown within 50km radius
→ No specialized fabrication equipment
3. Permanent public structure (not temporary pavilion)
→ 113 steps to viewing platform
→ Free access, 24/7
PROJECT 3: WEAVING LOVE PAVILION
Location: West Kowloon, Hong Kong | 2024. Architects: Derek Kwok-Leung So, et al. (HK Polytechnic University)
Hong Kong's first outdoor Wire Arc Additive Manufacturing (WAAM) sculpture.
Why Weaving Love Pavilion matters:
1. Academic rigor
→ Peer-reviewed publication (Nature Scientific Reports)
→ Structural testing, long-term monitoring data
→ Open-source methodology
2. WAAM advancement
→ Proves outdoor durability (coastal environment, high humidity)
→ Cost: 60% less than equivalent cast metal
3. Digital twin integration
→ Live structural performance data
→ Predictive maintenance algorithms
Research → Practice pipeline validated.
This is how new construction methods become industry standards.
PROJECT 4: MYCELIAL HUT
Location: Seoul National University of Science & Technology, South Korea | 2024
Architect: Yong Ju Lee Architecture
First permanent load-bearing mycelium structure in Asia.
Material: 155 panels grown from Pleurotus ostreatus (oyster mushroom)
→ Agricultural waste substrate + mycelial binding
→ 35-day growth period per panel
→ Heat-treated for fire resistance (Class B)
Architecture literally grown, not built.
Why Mycelial Hut is groundbreaking:
1. Permanent structure (not temporary pavilion)
→ Load-bearing performance: 1.8 MPa compressive
→ Structural engineering approval (Seoul Building Dept)
2. Parametric molds via FDG 3D printing
→ 155 unique geometries (zero repetition)
→ 1.5mm print resolution
3. Carbon-negative material at building scale
→ Embodied carbon: -39.5 kg CO₂eq/m³
→ Sequestered 2.4 tonnes CO₂ during growth
PROJECT 5: THE WARP PAVILION
Location: Dubai Design Week 2024
Architect: Mitsubishi Jisho Design (Kei Atsumi)
Innovation: 3D-printed "Regenerative Wood"
→ CLT sawdust + bioplastic filament
→ ~900 unique tiles
→ Traditional Japanese joinery (nail-less assembly)
Circular material economy:
Wood waste → Filament → 3D printing → Assembly → End-of-life recycling
Material closes loop. Zero virgin material.
Why The Warp Pavilion matters:
1. Waste-to-resource transformation
→ CLT production waste = 12-18% of timber input
→ This project: Waste becomes primary material
2. Digital joinery
→ Parametric design generates interlocking joints
→ Each panel numbered for assembly sequence
→ Traditional craft via computational design
Research patience = innovation maturity.
What all 5 share:
1. Budget constraints drove innovation
→ Cocoon: $180K total
→ Wangen: No specialized equipment
→ Mycelium: Minimal material cost
2. Computational design essential, not decorative
→ Thermal analysis (Cocoon)
→ Moisture prediction (Wangen)
→ Growth optimization (Mycelium)
3. Local materials, local labor
→ Regional timber (Wangen)
→ Local soil/waste (Seoul, Dubai)
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The Parametric Atlas