From Field Observations to Verified Closeout: An Inspection-to-Closure Method for Architectural QA/QC in High-Rise Construction
DOI:
https://doi.org/10.63282/3050-922X.IJERET-V7I1P127Keywords:
Closeout Control, Architectural QA/QC, Inspection Workflow, Verified Closure, Governing Basis, Evidence Pack, Closure Lanes, Interface Coordination, Water Management At Openings, Guard Gap Verification, Door Operability Check, Turnover DocumentationAbstract
Late-stage closeout problems in high-rise projects often look like isolated punch items, but many behave like repeat offenders: they disappear in a meeting, reappear under a new photo, and consume time precisely when access, sequencing, and inspection windows are tight. This paper documents an anonymized coastal Florida case study built from six third-party architectural field observation reports with photographs and a consolidated issue log. Rather than treating the dataset as a “defect census,” the study treats it as a reliability signal stream produced under periodic, exposure-limited conditions. The contribution is an inspection-to-closure method that turns each observation into a verifiable record that can survive turnover. The workflow standardizes (1) how findings are converted into checkable records, (2) how the controlling reference is selected and locked (permit detail, approved shop/system detail, manufacturer requirement, or consultant-issued field detail), and (3) how closure is granted only when proof matches the risk type. The method organizes closeout into practical closure lanes, supported by a compact “closure evidence pack” that preserves traceability from finding to governing basis to correction to objective verification. The result is not a new code requirement or a new material. It is a repeatable control process that reduces ambiguity, limits reopen, and converts field observations into defensible closeout outcomes.
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