An Introduction to Target Value Delivery

Target Value Delivery: How to Design to Cost Instead of Discovering It at Bid

The standard cost trajectory of a design-bid-build construction project is familiar to anyone who has been through it. The first estimate the owner receives is rarely the final number they pay. The expected cost rises over the design phases as scope gets defined, details get added, and the gap between concept-level expectations and construction-level reality becomes visible. By the time bids come in, value engineering is required to bring the cost back to something resembling the original budget. And by the end of construction, change orders have added another layer of variance. The owner’s experience is a series of uncomfortable conversations about why the project is not staying within the number they thought they had agreed to.

Target Value Delivery exists to solve this problem not through tighter cost controls or more aggressive bidding, but by reversing the logic of how cost relates to the design process.

The Equation That Changes Everything

In traditional project delivery, cost is an output. The team designs the project, the estimators calculate what it will cost to build what has been designed, and the owner receives a number. If the number is acceptable, the project moves forward. If it is not, design must be revised which costs time, creates rework, and erodes the collaborative energy of the team.

Target Value Delivery reverses this sequence. Cost is a constraint one of many inputs that shapes the design from the beginning not a result calculated after the design is complete. The target cost is established from the owner’s business case, validated by the project delivery team, and maintained as a design boundary throughout the entire process. The team designs within that boundary continuously rather than designing freely and then checking against it at milestone points.

The profit equation makes the financial logic of this approach clear. In traditional delivery, the formula is: cost of work plus profit equals price. The builder is paid based on what was done, and more work means more cost means more opportunity for margin. In target costing, the formula reverses: profit equals price minus cost of work. When the price is set and the team’s profit depends on the difference between that price and the actual cost, every reduction in cost is an increase in profit. The financial interests of the builders and the owner align both benefit from finding ways to build the project for less than the target.

This is the revolutionary element that Glenn Ballard identifies as the core of TVD: applying Taiichi Ohno’s practice of self-imposing necessity as a means for continuous improvement. The constraint is not an external imposition it is a shared commitment that the team uses to focus their innovation.

What TVD Looks Like in Practice

A TVD project assembles the key delivery team owner, designer, and builder early in the design phase, before significant design decisions have been made. They first validate the business case: does this project make sense as defined, at the cost the owner is prepared to invest? If yes, the team establishes the target cost and begins the TVD process that will continue through the end of construction.

Rather than estimating cost at discrete milestone points schematic design, design development, construction documents TVD projects update the total estimated cost every four to six weeks continuously throughout design and construction. This continuous cost estimating, done with estimator expertise supported by BIM and VDC processes, makes the cost implications of design decisions visible as they are made rather than weeks or months after the fact.

The continuous estimating is paired with a proactive value engineering process. This is not the reactive value engineering that happens when bids come in over budget the painful process of cutting scope, reducing quality, and renegotiating with the owner. It is a continuous creative exercise in which the team identifies ways to achieve the owner’s functional and aesthetic requirements for less cost and less risk, generating ideas throughout design that keep the expected cost moving downward rather than upward.

The One Metric That Tells You If TVD Is Working

There is a single key metric for TVD: the expected cost over time. If the cost decreases as the design progresses and the team maintains or further reduces the cost through construction, TVD has been successfully implemented. The cost trajectory of a successful TVD project is the opposite of the conventional DBB trajectory instead of rising toward a budget crisis at bid, it falls toward a project that comes in under cost and ahead of schedule.

The benefits that successful TVD implementation produces are visible across multiple dimensions. Each successive project becomes more efficient through applied lessons learned and kaizen the improvement compounds across projects, not just within them. Problem-solving becomes proactive rather than reactive, because the continuous cost tracking and the aligned incentive structure surface issues while they are still opportunities rather than crises. Collaboration becomes genuine rather than performed, because the team’s financial interests are genuinely aligned around the same outcome. Clients are more satisfied because the design reflects their actual values rather than a compromise forced by a post-bid value engineering exercise. And work-life balance for the design and construction professionals improves, because the project is not constantly in firefighting mode.

Here are the ten essential components that a full TVD implementation requires:

• Early involvement of builders in the design phase, before significant design decisions are locked
• Alignment of commercial incentives across the delivery team so that cost savings benefit all parties
• Continuous cost estimating throughout the project using BIM and VDC capabilities
• Breaking the total cost into cross-functional clusters MEP, core and shell, interiors so that trade-offs can be evaluated within and between systems
• Co-location and big room meetings that make collaboration direct and real-time rather than through formal channels
• The ability to move money, scope, and work sequence between team members so that the most cost-effective approach can be found even when it requires changing contractual scope boundaries
• A risk and opportunity log, cost tracking, spending-to-date tracking, and profit tracking that gives the team the current picture at all times
• The remaining components build on this foundation and are developed through the team’s specific application

Why Owners Turn to TVD

The owners who have large capital project expenditures and complex, recurring building programs are the ones who have adopted TVD most aggressively healthcare systems, universities, large institutional builders who are constructing similar buildings repeatedly and can see the compound value of continuously improving the process across their portfolio. For these owners, the traditional DBB trajectory is not just frustrating on individual projects. It is a structural drag on every capital investment they make.

TVD offers a different proposition: reliable cost, reliable schedule, and scope that actually matches the owner’s values the combination that conventional delivery rarely delivers and that TVD is specifically designed to produce. The Last Planner System addresses schedule reliability. TVD addresses cost reliability and value delivery. Together, with the collaborative culture that genuine alignment creates, they form the production and delivery system that the industry has been trying to build for decades.

At Elevate Construction, every consulting engagement starts from the owner’s business goals not from the scope document, not from the bid package, but from what the owner is actually trying to accomplish. When the production system is designed around delivering that value within the financial and schedule constraints the owner has, the project behaves differently from the start. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Cost is a constraint, not an output. Design within it from the beginning. The result is a project that delivers more value for less money which is the promise construction has been making and rarely keeping for a very long time.

On we go.

Frequently Asked Questions

What is Target Value Delivery and how does it differ from conventional project delivery? 

TVD is a management practice that steers design and construction toward delivering customer value within a defined cost constraint, rather than estimating cost as an output of the design process. The key difference is that the target cost is established at the beginning and maintained as a design boundary throughout, with continuous cost estimating and proactive value engineering keeping the expected cost moving downward.

Why does the target costing equation align the financial interests of builders and owners? 

Because when profit equals price minus cost of work, every reduction in cost directly increases the builder’s profit. In the traditional formula cost plus markup equals price more work means more cost means more billing opportunity. Target costing removes that incentive and replaces it with a shared interest in efficiency and innovation.

What is the single key metric for determining whether TVD is working? 

The expected cost over time. If the cost decreases as design progresses and the team maintains or reduces cost further through construction, TVD is succeeding. This trajectory is the opposite of conventional DBB, where cost rises toward a budget crisis at bid.

Why is continuous cost estimating more valuable than milestone estimating? 

Because it makes the cost implications of design decisions visible as they are made rather than weeks or months after the fact. When designers and builders can see the cost impact of a structural system selection or a mechanical approach immediately, they can pursue the options that deliver the owner’s values within the target rather than discovering the gap at bid.

Why do owners with large capital programs benefit most from TVD? 

Because TVD’s improvements compound across projects. Each successive project captures the lessons learned from the previous one, producing a continuously improving process that makes every subsequent project more efficient. For owners who build repeatedly, this compounding effect represents a structural improvement in their capital program’s cost and quality performance.