Architecture · 2025
Load and Lightness
by Yilin Chen & Yangyang Zhu
Load and Lightness examines the potential of American light wood frame construction through an integrated design process that bridges conceptual massing with material specificity.
Beginning with volumetric form-finding, the project transitions into a detailed examination of wood framing systems, with particular attention to corner conditions, joint detailing, and load distribution. The study culminates in the development of unconventional sheathing strategies, challenging normative enclosure techniques and expanding the aesthetic and tectonic possibilities of light wood frame architecture.
Through digital tools and material experimentation, the work demonstrates how traditional construction systems can be reimagined to produce clear, elegant, and structurally responsive architecture.
Project Details
Artist
Yilin Chen & Yangyang Zhu
Year
2025
Medium
Light wood frame construction, digital fabrication, physical models
Dimensions
Architectural scale
Location
Los Angeles, CA
Artist Statement
Yilin Chen is a Singapore-based architectural designer trained at RISD and the University of Pennsylvania, working across scales from urban systems to material detailing. His work explores the relationship between form, structure, and fabrication, integrating light wood construction, digital tools, and sustainable thinking to produce clear, elegant, and socially responsive architecture. Yangyang Zhu is an architectural designer who received his Bachelor of Architecture from Syracuse University and completed advanced architectural design studies at the University of Pennsylvania. His work explores the relationship between material, tectonics, and spatial perception, integrating digital fabrication and material experimentation to bridge design and construction.
— Yilin Chen & Yangyang Zhu
Interested in This Work?
For inquiries or more information, please contact:
info.unbriefed@gmail.com
Works
Site Plan & Topography
01 / 14
Initial site analysis establishing the relationship between built form and landscape. The topographic study informs the massing strategy and establishes the foundation for structural articulation.
Volumetric Study I
02 / 14
Axonometric exploration of interlocking volumes. This drawing investigates the relationship between primary and secondary masses, establishing a formal vocabulary that responds to both structural logic and spatial experience.
Structural Assembly II
03 / 14
Detailed axonometric revealing the wood framing system. The drawing emphasizes corner conditions and material transitions, demonstrating how structural elements shape spatial character while maintaining constructional clarity.
Tectonic Articulation III
04 / 14
Exploded axonometric showing the layered assembly of structural elements. This study highlights the relationship between primary framing, secondary bracing, and enclosure systems, revealing the logic of load transfer and spatial definition.
Material Detail Study I
05 / 14
Close examination of surface textures and material patterns. The study investigates unconventional sheathing strategies, exploring how varied grain patterns, perforation densities, and material assemblies can modulate light, privacy, and structural expression.
Physical Model I
06 / 14
Material study model demonstrating the integration of different wood products and surface treatments. The model tests the visual and tactonic relationships between solid panels, perforated screens, and structural framing elements.
Physical Model II
07 / 14
Alternative view of the material assembly model, revealing how conventional wood frame components can be reconfigured to create unconventional spatial and formal effects. The model emphasizes the relationship between structural necessity and aesthetic expression.
Material Detail Study II
08 / 14
Macro view of material junctions and surface transitions. This detail study documents the precise relationships between different wood products, revealing how careful attention to joinery and material selection can transform standard construction into refined architectural expression.
Section Study I
09 / 14
Sectional analysis exploring the vertical organization of spaces and the structural system's response to gravity loads. The drawing demonstrates how wood framing can create both enclosure and openness within a coherent tectonic language.
Construction Detail I
10 / 14
Large-scale detail documenting the intersection of multiple structural and enclosure systems. This drawing reveals the complexity embedded within seemingly simple wood frame construction.
Envelope Study
11 / 14
Analysis of sheathing strategies and their impact on interior spatial quality. The study investigates how variations in panel size, orientation, and perforation can modulate daylight while maintaining structural integrity.
Assembly Sequence
12 / 14
Diagrammatic representation of the construction sequence, emphasizing the relationship between temporary formwork, permanent structure, and finish materials. The drawing bridges design intent with construction methodology.
Joint Detail Study
13 / 14
Focused examination of critical connection points where structural logic meets formal expression. The study demonstrates how standard framing techniques can be refined to achieve both structural performance and architectural character.
Final Model
14 / 14
Comprehensive presentation model synthesizing formal, structural, and material investigations. The model demonstrates how light wood frame construction can be leveraged to create architecture that is simultaneously systematic and expressive, efficient and refined.
Architecture · 2025
Load and Lightness
by Yilin Chen & Yangyang Zhu
Load and Lightness examines the potential of American light wood frame construction through an integrated design process that bridges conceptual massing with material specificity.
Beginning with volumetric form-finding, the project transitions into a detailed examination of wood framing systems, with particular attention to corner conditions, joint detailing, and load distribution. The study culminates in the development of unconventional sheathing strategies, challenging normative enclosure techniques and expanding the aesthetic and tectonic possibilities of light wood frame architecture.
Through digital tools and material experimentation, the work demonstrates how traditional construction systems can be reimagined to produce clear, elegant, and structurally responsive architecture.
Project Details
Artist
Yilin Chen & Yangyang Zhu
Year
2025
Medium
Light wood frame construction, digital fabrication, physical models
Dimensions
Architectural scale
Location
Los Angeles, CA
Artist Statement
Yilin Chen is a Singapore-based architectural designer trained at RISD and the University of Pennsylvania, working across scales from urban systems to material detailing. His work explores the relationship between form, structure, and fabrication, integrating light wood construction, digital tools, and sustainable thinking to produce clear, elegant, and socially responsive architecture. Yangyang Zhu is an architectural designer who received his Bachelor of Architecture from Syracuse University and completed advanced architectural design studies at the University of Pennsylvania. His work explores the relationship between material, tectonics, and spatial perception, integrating digital fabrication and material experimentation to bridge design and construction.
— Yilin Chen & Yangyang Zhu
Interested in This Work?
For inquiries or more information, please contact:
info.unbriefed@gmail.com
Works
Site Plan & Topography
01 / 14
Initial site analysis establishing the relationship between built form and landscape. The topographic study informs the massing strategy and establishes the foundation for structural articulation.
Volumetric Study I
02 / 14
Axonometric exploration of interlocking volumes. This drawing investigates the relationship between primary and secondary masses, establishing a formal vocabulary that responds to both structural logic and spatial experience.
Structural Assembly II
03 / 14
Detailed axonometric revealing the wood framing system. The drawing emphasizes corner conditions and material transitions, demonstrating how structural elements shape spatial character while maintaining constructional clarity.
Tectonic Articulation III
04 / 14
Exploded axonometric showing the layered assembly of structural elements. This study highlights the relationship between primary framing, secondary bracing, and enclosure systems, revealing the logic of load transfer and spatial definition.
Material Detail Study I
05 / 14
Close examination of surface textures and material patterns. The study investigates unconventional sheathing strategies, exploring how varied grain patterns, perforation densities, and material assemblies can modulate light, privacy, and structural expression.
Physical Model I
06 / 14
Material study model demonstrating the integration of different wood products and surface treatments. The model tests the visual and tactonic relationships between solid panels, perforated screens, and structural framing elements.
Physical Model II
07 / 14
Alternative view of the material assembly model, revealing how conventional wood frame components can be reconfigured to create unconventional spatial and formal effects. The model emphasizes the relationship between structural necessity and aesthetic expression.
Material Detail Study II
08 / 14
Macro view of material junctions and surface transitions. This detail study documents the precise relationships between different wood products, revealing how careful attention to joinery and material selection can transform standard construction into refined architectural expression.
Section Study I
09 / 14
Sectional analysis exploring the vertical organization of spaces and the structural system's response to gravity loads. The drawing demonstrates how wood framing can create both enclosure and openness within a coherent tectonic language.
Construction Detail I
10 / 14
Large-scale detail documenting the intersection of multiple structural and enclosure systems. This drawing reveals the complexity embedded within seemingly simple wood frame construction.
Envelope Study
11 / 14
Analysis of sheathing strategies and their impact on interior spatial quality. The study investigates how variations in panel size, orientation, and perforation can modulate daylight while maintaining structural integrity.
Assembly Sequence
12 / 14
Diagrammatic representation of the construction sequence, emphasizing the relationship between temporary formwork, permanent structure, and finish materials. The drawing bridges design intent with construction methodology.
Joint Detail Study
13 / 14
Focused examination of critical connection points where structural logic meets formal expression. The study demonstrates how standard framing techniques can be refined to achieve both structural performance and architectural character.
Final Model
14 / 14
Comprehensive presentation model synthesizing formal, structural, and material investigations. The model demonstrates how light wood frame construction can be leveraged to create architecture that is simultaneously systematic and expressive, efficient and refined.
Architecture · 2025
Load and Lightness
by Yilin Chen & Yangyang Zhu
Load and Lightness examines the potential of American light wood frame construction through an integrated design process that bridges conceptual massing with material specificity.
Beginning with volumetric form-finding, the project transitions into a detailed examination of wood framing systems, with particular attention to corner conditions, joint detailing, and load distribution. The study culminates in the development of unconventional sheathing strategies, challenging normative enclosure techniques and expanding the aesthetic and tectonic possibilities of light wood frame architecture.
Through digital tools and material experimentation, the work demonstrates how traditional construction systems can be reimagined to produce clear, elegant, and structurally responsive architecture.
Project Details
Artist
Yilin Chen & Yangyang Zhu
Year
2025
Medium
Light wood frame construction, digital fabrication, physical models
Dimensions
Architectural scale
Location
Los Angeles, CA
Artist Statement
Yilin Chen is a Singapore-based architectural designer trained at RISD and the University of Pennsylvania, working across scales from urban systems to material detailing. His work explores the relationship between form, structure, and fabrication, integrating light wood construction, digital tools, and sustainable thinking to produce clear, elegant, and socially responsive architecture. Yangyang Zhu is an architectural designer who received his Bachelor of Architecture from Syracuse University and completed advanced architectural design studies at the University of Pennsylvania. His work explores the relationship between material, tectonics, and spatial perception, integrating digital fabrication and material experimentation to bridge design and construction.
— Yilin Chen & Yangyang Zhu
Interested in This Work?
For inquiries or more information, please contact:
info.unbriefed@gmail.com
Works
Site Plan & Topography
01 / 14
Initial site analysis establishing the relationship between built form and landscape. The topographic study informs the massing strategy and establishes the foundation for structural articulation.
Volumetric Study I
02 / 14
Axonometric exploration of interlocking volumes. This drawing investigates the relationship between primary and secondary masses, establishing a formal vocabulary that responds to both structural logic and spatial experience.
Structural Assembly II
03 / 14
Detailed axonometric revealing the wood framing system. The drawing emphasizes corner conditions and material transitions, demonstrating how structural elements shape spatial character while maintaining constructional clarity.
Tectonic Articulation III
04 / 14
Exploded axonometric showing the layered assembly of structural elements. This study highlights the relationship between primary framing, secondary bracing, and enclosure systems, revealing the logic of load transfer and spatial definition.
Material Detail Study I
05 / 14
Close examination of surface textures and material patterns. The study investigates unconventional sheathing strategies, exploring how varied grain patterns, perforation densities, and material assemblies can modulate light, privacy, and structural expression.
Physical Model I
06 / 14
Material study model demonstrating the integration of different wood products and surface treatments. The model tests the visual and tactonic relationships between solid panels, perforated screens, and structural framing elements.
Physical Model II
07 / 14
Alternative view of the material assembly model, revealing how conventional wood frame components can be reconfigured to create unconventional spatial and formal effects. The model emphasizes the relationship between structural necessity and aesthetic expression.
Material Detail Study II
08 / 14
Macro view of material junctions and surface transitions. This detail study documents the precise relationships between different wood products, revealing how careful attention to joinery and material selection can transform standard construction into refined architectural expression.
Section Study I
09 / 14
Sectional analysis exploring the vertical organization of spaces and the structural system's response to gravity loads. The drawing demonstrates how wood framing can create both enclosure and openness within a coherent tectonic language.
Construction Detail I
10 / 14
Large-scale detail documenting the intersection of multiple structural and enclosure systems. This drawing reveals the complexity embedded within seemingly simple wood frame construction.
Envelope Study
11 / 14
Analysis of sheathing strategies and their impact on interior spatial quality. The study investigates how variations in panel size, orientation, and perforation can modulate daylight while maintaining structural integrity.
Assembly Sequence
12 / 14
Diagrammatic representation of the construction sequence, emphasizing the relationship between temporary formwork, permanent structure, and finish materials. The drawing bridges design intent with construction methodology.
Joint Detail Study
13 / 14
Focused examination of critical connection points where structural logic meets formal expression. The study demonstrates how standard framing techniques can be refined to achieve both structural performance and architectural character.
Final Model
14 / 14
Comprehensive presentation model synthesizing formal, structural, and material investigations. The model demonstrates how light wood frame construction can be leveraged to create architecture that is simultaneously systematic and expressive, efficient and refined.