Structural Engineering Has a Project Management Problem — And It Compounds Through Construction

Ask a principal at a structural engineering firm why a project underperformed, and the answers are consistent: the architect kept changing the structural system, the contractor substituted materials that required reanalysis, the value engineering process took four rounds instead of one, and the special inspection coordination ran through closeout.

All of those things are real. None of them is the root cause.

The root cause is that structural engineering projects are financially exposed at the moment the scope is defined, because the scope almost never accounts for what construction administration on a complex building actually requires. Concept and schematic phases are straightforward to scope and price. Construction documents are manageable. The disconnect between the design phases and what happens once a contractor is in the field consistently undermines the profitability of structural engineering projects.

Structural engineers work at the intersection of the architectural and construction processes. Changes in either direction create demands on the structural engineer's time. An architectural revision in design development requires structural re-analysis. A contractor substitution request during construction requires engineering review. A deferred submittal approved conditionally requires a resolution that wasn't in the original scope.

Most project management tools were not built to track those demands as they accumulate — to surface the point at which additional service revenue is being earned but not captured, or to show a project manager that the CA phase fee was consumed in month two of a six-month construction schedule.

The firms that run structural engineering projects profitably have systems that make those accumulations visible in real time. The ones that don't find out at project closeout.

→ Read: Project Management for A/E Firms: How to Control Scope, Fees, and Profit

The Five Places Structural Engineering Project Management Actually Breaks Down

Profitability problems on structural engineering projects almost always trace back to one of five structural failures.

1. CA fees are set as a fixed percentage without phase-level tracking.

Construction administration is the phase where structural engineering profitability is most frequently destroyed. A CA fee set as a percentage of the design fee — without a specific hours estimate, without tracking against a phase budget, and without a clear definition of what triggers additional services — absorbs everything that happens in the field. Shop drawing volume, RFI complexity, special inspection requirements, and post-approval revisions all fall into the same CA bucket. There is no signal when the bucket is empty until the project is over.

2. Value engineering rounds beyond the first aren't billed as additional services.

The first VE round is included in most structural proposals. The second and third rounds are not — but they are almost never billed as additional services because the scope conversation has already passed. By the time the second round is underway, the project team is focused on keeping the budget under control, not on whether the structural engineer's time is being compensated. The result is that value engineering rounds two and three are delivered at no charge on the vast majority of structural projects.

3. Time is tracked to the project rather than the phase.

A structural project with distinct design phases and a separate CA phase requires time tracked at the phase level to generate meaningful financial signals. When all hours are logged to the project, there is no visibility into whether the construction documents phase is running over budget, whether CA has already consumed more than its allocated fee, or whether a specific activity — such as special inspection coordination or deferred submittal review — is consuming disproportionate time. Phase-level time tracking is what turns a time log into a project management tool.

4. Subconsultant and testing coordination costs aren't tracked against the project.

Special inspection programs involve a third-party testing laboratory whose fees are typically paid by the owner, but coordinated by the structural engineer. That coordination time is a real cost to the firm. On projects where the structural engineer manages the special inspection program directly, the coordination overhead can be significant. If that time isn't tracked against the phase and evaluated against the fee, it disappears into overhead rather than surfacing as a billable additional service or an input to future fee-setting.

5. Additional services from architectural coordination are never captured.

Structural redesign driven by architectural changes is the single largest source of unbilled additional services on structural projects. The sequence is familiar: the architect revises the building geometry, the structural engineer re-analyzes the affected members, revised drawings are issued, and the schedule continues. No one has a conversation about whether the structural redesign is an additional service because it originated in design coordination rather than a formal change request. Without a system that makes the scope boundary visible and creates a path to billing, that redesign effort is delivered and forgotten on every project.

→ Read: How to Track Project Progress Without Breaking Billing

What Good Project Management Software Actually Does for Structural Engineering Firms

Structural engineering firms don't need more tools. They need connection.

The right system connects proposals to phases, phases to budgets, budgets to time tracking, time tracking to billing, and billing to profitability — in real time, across every active project. When those connections exist, project management stops being reactive and starts being predictive.

For a structural engineering firm specifically, that means:

• Tracking time against CA phases separately from design phases — so the signal fires when CA hours are running ahead of the fee, while there is still construction schedule remaining
• Making value engineering rounds easy to identify as additional services, price quickly, and authorize before the work begins, rather than after it's been delivered
• Surfacing shop drawing review volume against the fee budget in real time — so a project manager can see when resubmittal volume is consuming fee at a rate the original scope didn't anticipate
• Tracking subconsultant and testing coordination costs against the project rather than absorbing them into general overhead
• Making additional services from architectural coordination recognizable and capturable — so redesign effort triggered by design changes enters the billing system rather than disappearing into delivered work

Most general project management tools and most accounting tools check none of these boxes for structural engineering work. The firms that consistently run profitable structural projects use systems that understand phase-level fee structures, that surface budget burn before the phase is over, and that create a clear path from additional service recognition to invoice.

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