Departmental outcomes, measured the way you measure projects.

Problem

The estimating team was the ceiling on growth. Every tender consumed a week of senior estimator time on document review, scope extraction, and takeoffs before pricing could start. Pursuits were being dropped not because the work wasn't there, but because there was no estimating capacity left.

Approach

We embedded as the contractor's outsourced estimating department. Senior outsourced estimators pick up the tender on day one: waterline and sewer takeoffs, pipe quantity calculations and schedules, bid tabulation, subcontractor comparisons, and a structured handover pack, all delivered in the in-house template the senior team already uses. The senior team picks up at pricing on day two.

Outcome

Senior estimators now start pricing on day two instead of day six. Bid throughput went up 30% in the first quarter without adding headcount, and win-rate improved on the pursuits that previously would have been rushed or dropped.

Problem

Project engineers were losing 6–10 hours per project per week assembling weekly progress reports from email, P6 updates, and site notes. Reports landed late and inconsistently, and the same engineers were already stretched on commercial and design work.

Approach

We embedded as the contractor's outsourced project controls team. Weekly schedule updates from P6, progress consolidation against programme, and report assembly into the contractor's in-house weekly report template, handed back ready for PM sign-off. Named contacts on both sides, weekly drumbeat, QA review on every deliverable.

Outcome

Engineer effort on weekly reporting dropped from 8 hours to under 2 per project per week. Reports now land on Monday morning, every week, in a consistent format. Senior engineers reclaimed roughly 1.5 FTE equivalent of design and commercial capacity across the portfolio.

Problem

Progress claims depended on field paperwork being collated, validated against scope, and assembled into the claim format. The cycle ran 3–4 weeks behind site work, holding back working capital across a national crew network and burning commercial team time on data assembly instead of claim defence.

Approach

We embedded as the contractor's outsourced project controls team for claim preparation. Field data flows from the mobile app to our outsourced team, who validate against scope, flag exceptions, assemble the claim, and hand it back to the commercial team for sign-off. Standard turnaround under one week from field activity to draft claim.

Outcome

Billing cycle compressed from 3–4 weeks to under a week. Working capital improved measurably across the portfolio. The commercial team's focus shifted from data assembly to claim defence and variation strategy.

Problem

On a multi-billion JV, engineers and commercial managers routinely spent 1–3 hours locating the right clause, RFI response, or drawing revision across SharePoint and Aconex. The volume made traditional search impractical, and RFI first-draft turnaround was a recurring bottleneck on the programme.

Approach

We deployed our utility AI automation layer across the full project document set, paired with outsourced engineering support for RFI drafting. Engineers ask questions in plain English and get cited answers in seconds. First-draft RFI responses come back from our engineers with citations back to the contract and specifications, ready for in-house review.

Outcome

Median document retrieval dropped to under 5 seconds. RFI first-draft turnaround compressed dramatically, and variation response cycle improved by 45%, measurably reducing dispute exposure on a programme with very high documentation flow.