TNG
TNG LAB Architectural Design
Pillar 01 • Architectural Practice

Architectural Design & Spatial Intelligence

Directed by Dongwook Shin (MSc, UCL The Bartlett; Licensed Korean Architect). Integrating environmental bioclimatic performance, structural craft, and Claude 3.5 Sonnet multimodal drawing intelligence.

Seoraksan Alpine Forest Shelter
National Park Pavilion • Render Showcase

Seoraksan Alpine Forest Shelter

Designed for the rugged granite terrain and pine forests of Seoraksan National Park. Combines a low-profile massing, cantilevered canopy roofs, and high-performance panoramic glass walls to frame the majestic alpine landscape.

Bioclimatic Envelope: Heavy timber framing integrated with triple-glazed vacuum glass for alpine sub-zero thermal retention.
Claude AI Verification: Autonomous snow load calculation and solar radiation optimization along the southern steep ridge.
UCL The Bartlett Master's Thesis Project

London Bioclimatic Meeting Hub

Developed at University College London (UCL) The Bartlett. A sustainable student center in Bloomsbury, Central London, designed around passive natural ventilation, aerodynamic streamlined roofs, and night cooling thermal mass.

Stack Effect & Aerodynamics: Positive/negative pressure differentials induce cross-flow fresh air circulation without active mechanical cooling.
TAS Dynamic Simulation: Verified year-round interior thermal comfort across London microclimate weather datasets.
London Meeting Place Hero
Roof Concept
Environmental Strategy
Yangpyeong Exterior
Yangpyeong Interior
A1 Hanok Blueprint
Master A1 Korean Traditional Wooden Hanok Tectonic Blueprint
Built Works & Master Blueprints

Yangpyeong Forest Villa & Traditional Hanok

Synthesizing modern reinforced concrete architecture nestled within sloped bedrock forest terrain in Yangpyeong, alongside Dongwook Shin’s master craftsmanship in traditional wooden Korean Hanok tectonic joinery.

Claude Multimodal Plan Intelligence: Our models ingest detailed A1 CAD/PDF blueprints, recognizing complex mortise-and-tenon interlocking nodes and structural column grids with 99%+ accuracy.