Beyond Substantial Completion: The Proven Path to a True Operational Readiness Strategy

Driving Day-One Success Through Early Construction Integration

Traditional facility construction models are quickly becoming a liability for industrial leaders as complex R&D environments outpace old handover methods. In highly technical facilities, treating mechanical, electrical, and controls systems as isolated scope items guarantees a wide gap between substantial completion and actual day-one performance. Overcoming this gap requires a comprehensive operational readiness strategy that embeds systems planning into early project phases. Left unaddressed, fragmented project teams face a compounding silo tax, an unnecessary inflation on the total cost of ownership brought on by misaligned scope, late control strategies, and unverified legacy constraints.

In their article published in IFMA’s Facility Management Journal, “Beyond Substantial Completion: The Proven Path to True Operational Readiness,” authors Everett Lenz, Project Manager, and Matt Thiel, Director, Integration Engineering, illustrate how facility managers can reshape project outcomes by prioritizing construction integration from the ground up. Rather than relying on late-stage commissioning to patch together disparate building elements, modern teams must design from the “inside out.” This approach locks in operational requirements, data architectures, and utility demands during front end planning long before hardware selections or space allocations are finalized. Implementing a clear operational readiness strategy early ensures that project decisions align with real-world operating realities instead of theoretical drawings.

The financial risk of ignoring early coordination is steep. When scope definition occurs in isolation, late-stage engineering changes drive up project expenses, directly demonstrating how a silo tax accumulates across the facility lifecycle. Resolving conflicting setpoints, missing network interlocks, and utility misalignments during startup is exponentially more expensive than addressing them during pre-design. Through disciplined construction integration, project teams bridge the traditional divide between IT and OT systems, preventing interface gaps and turning commissioning into a smooth rollout rather than weeks of onsite firefighting.

Ultimately, long-term operational success depends on breaking down organizational barriers before ground is ever broken. Aligning facility managers, controls engineers, and operations personnel during front end planning guarantees that day-one targets are met smoothly. By replacing fragmented handovers with unified construction integration, organizations effectively eliminate the silo tax while protecting their capital investments. A proactive operational readiness strategy transforms facility management from reactive troubleshooting into a predictive, data-driven discipline built for sustained efficiency.

Read the full article here.