Project Timelines & Planning Considerations for Commissioned Surfaces

Commissioned surface work operates within architectural timelines. Unlike ready-made installations, textile and veneer interventions evolve through spatial study, material testing, and calibrated fabrication.

Clarity around sequencing ensures that surface development aligns seamlessly with broader project execution.

1 — Scale & Surface Density

Fabrication timelines are primarily influenced by scale.

Surface dimensions, embroidery density, layering complexity, and veneer articulation all determine development duration. Architectural-scale interventions require measured construction, particularly when depth and structural nuance are embedded within the surface.

Clarity of dimensions early in the process supports realistic scheduling.

2 — Material Study & Technical Evaluation

Before fabrication begins, material behaviour is evaluated.

Thread anchoring, textile stability, veneer grain movement, and substrate compatibility are assessed to ensure structural integrity. This study phase protects long-term performance and reduces installation risk.

Time allocated for material validation is essential, particularly in environments with variable humidity, light exposure, or structural sensitivity.

(Internal link → Material & Process)

3 — Integration With Site Conditions

Surface interventions should enter production once architectural conditions are defined.

Final wall measurements, backing provisions, and environmental stability must be confirmed before fabrication. Coordinating surface timelines with carpentry, lighting, and finishing sequences allows for seamless integration.

Premature scheduling often creates avoidable complications.

4 — Fabrication Sequencing

Each intervention is developed specifically for its architectural context.

Production is structured in phases — surface articulation, structural reinforcement, finishing refinement, and quality review. Larger-scale interventions may require extended sequencing to preserve consistency across sections.

Limiting concurrent projects ensures precision remains uncompromised.

5 — Installation Planning

Installation logic is resolved during development, not after fabrication.

Mounting systems, alignment tolerances, and access constraints are considered in advance. For larger interventions, coordination with site teams is scheduled to maintain proportional accuracy.

When surface articulation and installation planning evolve together, integration feels intentional.

Closing

Commissioned surfaces benefit from early alignment between spatial parameters, material discipline, and project scheduling. When fabrication timelines are approached with architectural awareness, the result is work that integrates seamlessly and performs over time.