The Lifecycle Blind Spot: Construction Teams Think in Phases but Facilities Focus On Decades

The construction industry operates in defined phases. Projects move from planning to design, procurement to construction, and finally to closeout. Each stage has contractual milestones, budget checkpoints, and measurable deliverables. When substantial completion is achieved, the project is declared finished.

For facility teams, that milestone represents the starting line.

Facilities are managed across decades, rather than in phases. The individuals responsible for maintaining public buildings inherit every system selection, material choice, and cost decision long after the project team has transitioned to the next assignment. While project teams often measure success by adherence to schedule and construction budget, facilities leaders measure success by durability, performance stability, and total cost of ownership.

The financial data reinforces this reality. According to the National Institute of Building Sciences (NIBS), operations and maintenance expenses account for approximately 70 to 80 percent of a building’s total lifecycle cost, while initial design and construction typically represent only 20 to 30 percent.[1] Despite this distribution, the majority of scrutiny, negotiation, and performance measurement remains focused on that initial capital investment.

Meanwhile, project delivery challenges persist. A widely cited study by McKinsey & Company found that large construction projects are on average 20 percent over budget and up to 80 percent behind schedule.[2] Even when cost and schedule are controlled, another issue often emerges: lifecycle performance is rarely a primary driver of early decision-making. Value engineering exercises frequently prioritize immediate savings over long-term maintainability. Substitutions reduce upfront cost while increasing service cycles. Systems may technically satisfy specification while introducing operational inefficiencies that compound over time.

In the public sector, the long-term consequences are well documented. The U.S. Government Accountability Office (GAO) has repeatedly identified deferred maintenance as a significant and growing challenge across federal facilities, citing billions of dollars in backlog tied to aging infrastructure and inadequate lifecycle planning.[3] When early project decisions are disconnected from long-term asset management strategies, maintenance burdens accumulate and capital renewal cycles compress.

This is the lifecycle blind spot.

It does not arise from negligence. It emerges from structural fragmentation. Architects and engineers focus on program requirements and code compliance. Contractors concentrate on executing defined scope efficiently. Procurement teams prioritize regulatory compliance and contract performance. Facility managers, however, live with the long-term implications of those decisions for decades.

Industry organizations are increasingly acknowledging this gap. The International Facility Management Association (IFMA) emphasizes lifecycle asset management as a core competency in modern facility leadership.[4] APPA, representing higher education facilities professionals, has also highlighted lifecycle investment strategies as essential to preventing deferred maintenance escalation.[5] Integrated project delivery models and lifecycle cost analysis tools are gaining traction as mechanisms to bridge design intent and operational reality.

The shift is necessary.

Construction must move in phases because contracts require it. Buildings do not operate in phases. They function continuously, shaped by compounding decisions made long before occupancy. If the industry continues to define success primarily by delivery speed and capital cost control, long-term operational inefficiencies will remain embedded in public infrastructure.

Closing the lifecycle blind spot requires expanding the definition of project success. Substantial completion is not the finish line. The true measure of performance is how a facility functions twenty years after ribbon cutting — how it withstands maintenance cycles, budget pressures, staffing changes, and evolving use.

Facilities live in decades. Construction decisions should reflect that horizon.

References

[1] National Institute of Building Sciences (NIBS), Whole Building Design Guide, “Building Life-Cycle Cost Analysis.”
[2] McKinsey & Company, Reinventing Construction: A Route to Higher Productivity, 2017.
[3] U.S. Government Accountability Office (GAO), Federal Real Property: Agencies Should Improve Strategies to Reduce Deferred Maintenance Backlogs, GAO-23-105404.
[4] International Facility Management Association (IFMA), The IFMA Global Facility Management Competency Model.
[5] APPA (Leadership in Educational Facilities), Operational and Capital Funding Strategies for Facilities Renewal.

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