CAPABILITIES
INSTALLATION AND INTEGRATION
Installation, Coordination, And On-Site Integration.
METHODOLOGY
Installation at DCLA FAB is treated as a direct continuation of the engineering and fabrication pipeline rather than a separate handoff phase. Effective field integration is thoroughly accounted for during initial design stages, geometric modeling passes, and structural sequence checks so that actual site layouts, structural access paths, and assembly workflows are fully resolved before any components arrive on site. Every individual architectural element is developed with clear mounting tolerances, explicit structural connection margins, and coordinated hardware criteria to completely eliminate field improvisation.
Detailed logistics plans are carefully mapped out to fit complex physical environments, existing building constraints, and active project timelines. Site operations are structured for predictable positioning, calculated leveling sequences, and minimal disruption across architectural, structural, and mechanical interfaces. This protective field execution workflow ensures that intricate modular geometries translate smoothly into spatial environments while maintaining the exact structural logic and design thresholds established in the laboratory framework.
PROCESS & CONTROL
Comprehensive installation planning includes exhaustive physical site inspections, thorough coordination with engineering stakeholders, and total geometric confirmation of field baselines prior to delivery. Complex structural assemblies are strictly cross-checked against shop drawings, explicit manufacturing data, and actual field measurements before mechanical anchoring begins. Critical hardware adjustments are executed using calibrated instrumentation to resolve minor site deviations while protecting structural load balances.
Field integration is completely documented and monitored to ensure flawless alignment between architectural intent and actual physical placement. Each structural attachment points, secondary bracket interface, and mechanical junction is verified for tolerance compliance, load distribution capacity, and positional accuracy. This systematic field quality control layer guarantees that completed architectural projects display seamless geometric continuity, total spatial stability, and outstanding long term structural durability.
