Posts on construction project management.
Change orders, submittals, RFIs, daily logs, closeout binders — the project-management workflows where commercial projects ship or slip. These posts cover the lifecycle of each, the recurring failure modes, and what cross-tenant workflow looks like when both sides of the project share a record.
The construction closeout binder: continuous assembly instead of closeout-week panic.
The construction closeout binder is the most labor-intensive document deliverable on any commercial project — and on most projects it's assembled by a project engineer in a three-month panic at the end of the job, chasing subs for documents that should have been collected when the work was done. Here's what's actually in a closeout binder, why most binders get built the wrong way, and how to assemble one continuously through the project instead.
Construction change orders: four patterns and how to manage them without margin erosion.
Change orders are the second-most-disputed line on every commercial construction project, after retention. The dollar volume in change orders on a typical mid-sized project runs 5-15% of contract value, and the management of them — pricing, approval routing, schedule impact, aging, payment — is where margin gets made or lost on both the sub side and the GC side. This is a working guide to the four common change-order patterns, how each one should be priced and routed, the aging problem that quietly erodes margin, and how AOS handles the whole flow.
Construction submittal management: from log entry to install approval without version drift.
Submittals are the workflow that determines whether the product installed on your project actually matches what the architect specified. Get them right and the install proceeds cleanly. Get them wrong — missing approvals, version drift between the approved submittal and the installed product, or install-without-approval — and you're rebuilding a wall on your own dime, or arguing at closeout about whether the substituted product meets the spec. This is a working guide to the submittal lifecycle for mid-market commercial subs and GCs: the submittal vs RFI workflow distinction, the architect's SLAs, the recurring failure modes, and how AOS handles the cross-tenant flow.
Construction RFI management: from field question to architect response without inbox limbo.
The RFI — Request for Information — is the workflow that determines whether questions raised in the field get clean answers in time to keep work moving, or whether they pile up in email inboxes until the schedule slips. RFI cycle time and resolution rate are two of the most consequential metrics on every commercial project, and most of the time they're not measured because nobody owns the log. This is a working guide for mid-market subs and GCs on RFI management.
Construction punch list management: from substantial completion to certificate of occupancy.
The punch list is the workflow that determines whether your project actually closes out cleanly — or sits in punch limbo for months while the GC and subs argue about who owns which incomplete item. The list itself isn't complicated. The management of it, across the sub-GC-owner-architect chain, is where projects either ship on time or grind to a halt three weeks before substantial completion. This is a working guide on construction punch list management.
Construction project scheduling: CPM, baseline, and the working schedule.
The project schedule is the document that determines whether your project hits substantial completion on time — or slips by weeks while the GC and subs argue about whose delay caused which milestone to miss. CPM scheduling, baseline vs working schedule, weekly look-aheads, delay attribution, and concurrent delay analysis are the workflows that separate projects that ship on time from projects that ship at all. This is a working guide for mid-market subs and GCs on how project scheduling actually has to work.
Construction warranty management: from substantial completion through the warranty period.
The construction warranty period starts the day after substantial completion and runs for one year on most commercial projects — longer for specific systems (roofing, glazing, mechanical equipment, foundation work). Whether that warranty period goes smoothly for the GC or sub depends almost entirely on how well warranty obligations were documented at closeout and how the warranty-claim workflow is structured. This is a working guide on construction warranty management.