Engineering Firms
You won the project.You just don't know if you'll make money on it.
The proposal said 1,200 hours. The PM thinks it's tracking fine. But the structural team burned through 60% of their budget in the first third of the schedule, and nobody flagged it because the project-level report still shows green. Meanwhile, the Denver office has three engineers on the bench while the Austin office is turning down subconsultant markups to meet deadlines. We embed with your team, map your entire operation from pursuit through construction administration, and deploy AI specialists that surface what your ERP buries.
The Problem
Where the money
is going.
Cost
Project Profitability Leakage
Your ERP tracks hours and budget at the project level. But the overrun is hiding inside the tasks. Structural is at 140% of budget while civil is at 60%, and the project dashboard averages them into a comfortable yellow. By the time the PM sees red, the fee is gone. Scope creep enters through client emails that say 'quick question' and turn into two days of rework. Nobody logs it as additional services because the relationship matters more than the change order.
Process
Cross-Office Utilization Gaps
Your Minneapolis office has three mid-level structural engineers at 42% utilization. Your Dallas office just hired a subconsultant at cost-plus to cover a structural backlog. Nobody connected the two because utilization is tracked by office, not by discipline and availability. The resource allocation meeting happens weekly, runs on a spreadsheet the office managers update the night before, and misses the real picture every time.
Risk
QA/QC Consistency Across Offices
One office runs a three-stage peer review with a senior engineer signing every calculation package. Another office lets the project engineer self-check and routes to QA only if the client requires it. Both call it 'QA/QC.' When an error reaches construction, it costs 5x to fix as an RFI and 20x as a change order. Your quality manual is 60 pages. Actual practice varies by office, by principal, and by how busy the team is that week.
Knowledge
Institutional Knowledge in Senior Engineers
Your senior principal remembers that the county requires frost depth footings at 42 inches, not the 36 the code table says, because he sat through the variance hearing in 2011. Your lead MEP engineer knows that Client X's facility manager won't accept exposed ductwork regardless of what the architect specifies. That knowledge lives in people's heads and scattered email threads. When they retire or move to a competitor, the next project team starts from scratch and repeats the mistakes.
How We Work
Three steps. Hands on.
We embed with your team, map your operation, find what no one could see, and deploy specialists that fix it. You get a dedicated team, not a login.
Map
We start with a structured discovery across every office and discipline. Our team interviews principals, project managers, project engineers, CAD technicians, proposal coordinators, and office managers. We connect to your ERP, project management, timesheet, and CRM systems. The result is your Blueprint: a complete, live map of how your firm actually operates, from pursuit and proposal through design, QA/QC, and construction administration. Not the org chart. The real workflow.
Uncover
We analyze everything we mapped. Our platform finds the project profitability leakage that hides inside task-level budgets, the cross-office utilization gaps where one discipline is idle while another is subbing out, the QA/QC variance that puts the firm at risk. We validate every finding with your team before acting on it. Not a one-time audit. Always running, always finding more.
Execute
Every finding comes with a concrete plan and a deploy button. We build AI specialists that handle the fix end to end. Flag scope creep before it eats the fee, match available engineers across offices to incoming project needs, surface QA/QC gaps before they reach construction. You approve, they run. We stay with you to make sure they deliver.
Example Findings
What Yield typically finds.
Based on a typical mid-market company with $20M–$50M in annual revenue.
Cost
Unlogged Scope Changes on Fixed-Fee Projects
$231K/yr
Cost
Subconsultant Markups from Cross-Office Utilization Gaps
$149K/yr
Process
PM Hours Reconciling Task-Level Budget Overruns
15 hrs/wk
Risk
QA/QC Inconsistencies Reaching Construction Documents
$76K/yr
Knowledge
Local Code Variances Known Only to Senior Engineers
94 jurisdictions
In Practice
See it work.
From day one.
Week 1
Discovery
We talk to your entire firm.
AI-led conversations with every principal, project manager, engineer, and coordinator across all offices. Not surveys. Real conversations that capture the workarounds, the unlogged scope changes, the local code knowledge no project management system records.
Month 1
Blueprint + First Savings
Your Blueprint is live. Agents are saving money.
A complete, verified map of how your firm works, from pursuit strategy and proposal development through design production, QA/QC, and CA. The first cross-office opportunities are identified. AI specialists are already flagging scope creep and utilization mismatches.
Ongoing
Continuous Returns
Savings compound. Every quarter.
Yield keeps finding inefficiencies, deploying specialists, and compounding savings. Project profitability tightens as scope tracking improves. Resource allocation sharpens as utilization data grows across offices and disciplines. The platform pays for itself and keeps going.
FAQ
Common questions.
Our project managers already track scope changes in Deltek, but the overruns still show up at the end. What does Yield catch that Deltek misses?
Deltek tracks the scope changes your PMs enter. It doesn't track the ones they don't. A client email that says 'quick question' and turns into 14 hours of structural rework never gets logged as additional services because nobody wants to send the change order on a relationship project. Yield reads the task-level burn rate against the original scope, compares it to the project-level dashboard, and flags when a discipline is trending toward overrun weeks before the PM's monthly report shows it. The monthly project review catches problems after the fee is gone. Yield catches them while there's still budget to protect.
We have structural, civil, and MEP disciplines spread across eight offices with different utilization rates. Can Yield match available engineers to project needs across locations?
Yield maps utilization by discipline, experience level, and office, then compares across the entire firm in real time. When your Minneapolis office has three mid-level structural engineers at 40% utilization and your Dallas office is about to hire a subconsultant for structural work, Yield flags that match before the sub contract gets signed. The weekly resource allocation meeting runs on stale data from a spreadsheet updated the night before. Yield runs on live timesheet and project data and surfaces the cross-office opportunities that spreadsheet never captures.
Our QA/QC process varies by office because each principal runs it differently. Is that something Yield actually addresses?
Yield maps the actual QA/QC workflow at each office, not the quality manual. It identifies the specific variance: one office runs three-stage peer review on every calculation package while another routes to QA only when the client contract requires it. When an RFI during construction traces back to a calculation that skipped peer review, the cost is 5x or more to resolve. Yield surfaces those QA gaps by comparing review thoroughness across offices and flagging projects where the review process fell below the firm's own standard.
We lost a fixed-fee municipal project last year because scope creep ate the entire contingency by month three. Can Yield prevent that on future fixed-fee contracts?
Yield monitors task-level burn rates against the original fee allocation from day one. On a fixed-fee project, it compares actual hours per discipline to the proposal estimate every week, not every month. When structural burns through 60% of its budget in the first third of the schedule, Yield flags it immediately with the specific task codes driving the overrun. The PM gets the data to either file the change order or reallocate the contingency before it disappears. The earlier you catch the drift, the more options you have.
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See what Yield finds in
your firm.
30 days. Real results. Or walk away.