Module 01 is a modular public seating system designed for scalability, industrial repeatability, and structural durability. Utilizing recycled multi-layer plastics (MLP), the system functions as standalone seating or aggregates into extensive, site-specific configurations. The design balances efficient digital fabrication with a refined, utilitarian visual identity.
Material Strategy
The project leverages recycled MLP sheets, selected for high weather resistance and structural density.
Material Addition
Rather than optimizing for material reduction, the design prioritizes material addition—utilizing a high-volume, low-value waste stream for heavy-duty architectural applications.
Empirical Grounding
The fabrication parameters are derived from commercially circulating recycled-plastic sheet stocks, aligning the design with existing industrial recycling streams rather than theoretical frameworks.
Structural System & Modularity
The assembly relies on an interlocking matrix of standardized horizontal and vertical members, allowing adaptable configurations for diverse spatial requirements.
Horizontal Members
Serve as the primary load-bearing spine. Adjusting the length of these components allows the system to scale fluidly to various capacities.
Vertical Members
Intersect the spine to establish structural rigidity. The frequency and orientation of these members determine whether the final assembly forms a linear profile or a continuous, serpentine curve.
Manufacturing Efficiency
Component profiles are optimized for efficient nested sheet-cutting and industrial extrusion, minimizing material kerf and processing time.
Deployment
The mechanical joinery permits rapid on-site assembly, disassembly, and reconfiguration to meet changing architectural demands.
Ergonomics & Geometry
Anatomical Alignment
Form profiles are mathematically guided by standard ergonomic thresholds, ensuring public comfort through geometric optimization rather than complex contours.
Optimized Yield
The structural side-profile geometry maximize yield per standard sheet layout, significantly lowering waste overhead during production.