Integrated Project Delivery sounds collaborative on paper. One contract. Shared risk. Aligned incentives. Everybody wins together.
In practice, it's one of the most demanding delivery models a GC pre-construction team will ever work through.
The reason: IPD compresses decision-making into the front end of a project. By the time you sign the multi-party agreement, you've already committed to outcomes that traditional delivery models would let you price, negotiate, or push back on later.
In 2026, IPD adoption is accelerating — driven largely by the $48 billion healthcare construction surge across North America. Hospital systems and health networks want IPD's cost predictability. They also want complex, highly specified buildings. That combination puts enormous pressure on GC pre-construction teams.
This guide breaks down the scope risks, document review requirements, and pre-construction steps every GC should complete before committing to an IPD project.
Integrated Project Delivery is a project delivery method that aligns the owner, architect, and general contractor — and often key subcontractors — under a single multi-party contract. Risk and reward are shared across all parties based on project outcomes.
The defining characteristic of IPD is that the team is locked in early — typically during schematic design or design development, long before construction documents are complete.
Key structural features of IPD:
In a traditional design-bid-build model, scope gaps show up as change orders during construction. You find an issue, you document it, you get paid for it.
In IPD, that mechanism doesn't exist — not in the same way. When the project overruns the target cost, all parties absorb the loss. That means scope gaps don't generate revenue. They generate losses you share with the owner and architect.
This fundamentally changes the risk profile for pre-construction teams.
GC pre-construction teams carry scope risk across three distinct phases in an IPD project:
The earlier the risk, the harder it is to catch. IPD pushes nearly all of that risk into the validation phase — when documents are thinnest and assumptions are highest.
Signing an IPD multi-party agreement without a thorough pre-construction review is one of the highest-risk decisions a GC can make. Here's what that review must cover.
IPD agreements are often executed at schematic design (SD) or design development (DD). At SD, you might have 100 drawings. At 100% CDs, that same project might have 800.
Your pre-construction team needs to understand what scope is confirmed, what is implied, and what is completely absent from the current document set. Every gap is a potential cost exposure.
Don't assume the architect has accounted for it. Don't assume it will cost what you think. Document every assumption with a reference to the specific drawing or spec section that supports it.
Healthcare IPD projects regularly produce specification books that run 2,000 to 3,000 pages. Division 01 sets the tone for the project, but the real scope risk lives in the technical divisions.
Review these closely:
Missing a technical spec section at target-cost development isn't an oversight — it's a budget exposure that you own.
The MPA governs everything. Most GCs let their legal team review it in isolation, disconnected from the pre-construction team that actually has to execute it.
That's a mistake. Your pre-construction team needs to read the MPA alongside the project documents. Specifically, look for:
Tools like Risk Review are built for exactly this kind of pre-commitment contract analysis. Provision has reviewed over $100 billion in project value and processed more than 66,000 documents — the platform flags contractual risk language that pre-construction teams miss under time pressure.
The target cost should never be set from an estimate alone. It needs to be set from a scope package — a structured breakdown of what's included, what's excluded, and what assumptions underpin every number.
Without a scope package, you can't defend your target cost figure when the design evolves. You can't prove what was and wasn't in scope. And you can't hold trade partners to buyout numbers that reflect what you actually priced.
In IPD, a weak scope package is a liability. A strong one is your protection.
Scope Agent generates complete scope-of-work packages from construction documents in under 60 minutes. For IPD projects at SD or DD — where time is compressed and the cost of a missed scope item is permanent — that speed and structure matters.
Every IPD project has open design items — elements the design team hasn't fully resolved yet. In healthcare, these are common: medical equipment interfaces, infection control requirements, owner-furnished equipment (OFE), and phasing for occupied spaces.
Your pre-construction team needs a formal log of every ODI before the target cost is set. Each ODI needs:
If the ODI log isn't formalized, those items will get absorbed into the target cost informally — meaning you'll carry them without a line item.
IPD target costs are built partly from trade partner input. That input is valuable, but it comes with risk: early pricing from MEP subs and specialty trades is directional, not firm.
Before the MPA is executed, stress-test every sub number that makes up more than 3% of the target cost. Understand what's included in their number and what's been excluded. Get it in writing.
The moment the MPA is signed, informal sub pricing becomes your problem — not theirs.
| Delivery Model | When Scope Risk Is Highest | Who Carries Unresolved Scope | Change Order Available? |
|---|---|---|---|
| Design-Bid-Build | During construction | Owner (mostly) | Yes |
| Design-Build | Proposal / RFP stage | GC | Limited |
| CM at Risk | GMP development | GC (within GMP) | Yes, for owner scope changes |
| IPD | Validation / pre-agreement | Shared — GC, owner, architect | Waived or highly restricted |
The table makes it clear: in IPD, scope risk is highest when documents are least complete, and the usual recovery mechanisms are removed or restricted.
The $48 billion healthcare construction surge is the single biggest driver of IPD adoption in North America right now. Hospital systems use IPD because it gives them cost predictability on projects that are inherently complex and specification-heavy.
What that means for GC pre-construction teams:
Provision's Chat Agent lets pre-construction teams query 2,000-page specification books and full drawing sets in seconds. Ask it what the spec says about medical gas coordination. Ask it which sections conflict with the early drawings. Get a cited answer in under 20 seconds — with a direct reference to the source document.
On a healthcare IPD project, that kind of document access isn't a convenience. It's a competitive and financial necessity.
Provision is built for GC pre-construction workflows. On IPD projects, the platform touches three critical pre-commitment activities:
GCs using Provision get through pursuits twice as fast. They've found over 1,000,000 risks across real project documents. On an IPD project — where every unresolved risk is a shared loss — that track record matters.
See how pre-construction teams are using Provision on complex healthcare and IPD projects at the EllisDon case study — a project that saved $1.8M through early risk identification.
IPD is a delivery model that binds the owner, architect, and GC under a single multi-party agreement. Risk and reward are shared based on project outcomes. The team is locked in early — typically at schematic or design development — before construction documents are complete. This makes pre-construction due diligence more critical than in any other delivery model.
In CM at Risk, scope gaps that emerge during construction can generate change orders for owner-initiated changes. In IPD, most agreements waive or restrict claims between parties. Scope overruns are absorbed into the shared risk pool. That means missed scope during validation directly reduces the GC's fee — there's no recovery mechanism.
At minimum: the multi-party agreement (including target cost definition, risk pool structure, and contingency ownership), all available design documents, the full specification book across all relevant divisions, and any owner-furnished equipment lists or medical equipment planning documents. On healthcare projects, this document set often runs 2,000–4,000 pages.
A scope package documents what's included, excluded, and assumed in your target cost number. Without it, you can't defend your estimate as the design evolves. You can't hold trade partners to buyout numbers. And you can't prove what was and wasn't in scope if the project overruns. A strong scope package is your contractual baseline in an environment where change orders are restricted.
The $48 billion healthcare construction surge is driving hospital systems to seek cost predictability on complex, high-specification projects. IPD gives owners a single accountable team and a target cost mechanism. For GCs, that means more IPD opportunities — but also longer spec books, tighter validation timelines, and higher pre-construction risk than most other project types.
Yes — purpose-built construction AI tools can review full project sets (drawings, specs, and contracts together) in a fraction of the manual time. Provision's platform has processed over 66,000 documents and reviewed $100 billion in project value. On a healthcare IPD project with a 2,000-page spec book and a 10-week validation timeline, that document processing speed is a real operational advantage.
An open design item (ODI) is a known unknown — the team has flagged it and assigned a cost allowance. A scope gap is an unknown unknown — it's missing from your target cost entirely. ODIs are manageable if they're logged and tracked. Scope gaps are dangerous in IPD because they surface during construction, when the target cost is already locked and there's no change order mechanism to recover the cost.
Request a demo of Provision AI and see how we can help you identify risks earlier and bid with confidence.
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