In Part One of the “Onshoring Era” series, we explored how the rapid growth of advanced manufacturing is reshaping construction across the United States. Speed-to-market pressure, utility constraints, labor shortages and commissioning complexity are creating an environment where even small delays can ripple into production startup and revenue forecasts. In this landscape, one of the most important decisions manufacturers can make happens long before construction begins: selecting the right delivery method.
How Does Early Contractor Involvement Drive Speed-to-Market?
Choosing a delivery approach is a risk management strategy that directly impacts schedule reliability, cost transparency and execution alignment. For projects that demand both speed and precision, early contractor involvement delivery methods such as Construction Manager at Risk (CMAR) and design-build offer significant advantages. These approaches allow owners to engage design and construction partners concurrently, enabling real-time integration of cost, schedule and constructability input. As a result, procurement strategy, infrastructure planning and construction sequencing can be aligned early, reducing downstream surprises and supporting predictable execution.
This early alignment is particularly critical in advanced manufacturing, where long-lead equipment, utility capacity and commissioning milestones often drive the project鈥檚 critical path. Under CMAR and design-build models, teams can identify procurement risks sooner, accelerate decision-making and coordinate early packages for infrastructure, utilities and sitework, allowing production spaces to come online faster while maintaining quality and safety standards.
- Improved Design Collaboration: Early contractor input ensures that designs are practical, efficient and construction-ready. This collaboration minimizes redesigns and improves overall project quality.
- Greater Cost Control: Involving contractors early allows the team to collaboratively set a target budget with gainsharing incentives. Real-time cost updates advance early work packaged and secure key trade partners before full design completion while maintaining disciplined cost control.
- Designing to Budget: Continuous cost feedback and collaborative, web-based coordination with designers and trade partners ensures every design decision aligns with the project’s budget, performance and schedule goals for maximum value.
- Predictable Project Delivery: Early engagement helps identify critical drivers early. Multi-path scenario modeling in the first 90 days highlights and addresses risks before they affect progress, giving owners the speed, predictability and precision required in today’s manufacturing market.
- Better Alignment with Manufacturing Needs: Contractors can align construction sequencing with production system requirements. This coordination ensures smoother equipment installation, commissioning and operational startup.
Driving Speed-to-Market in the Real World
番茄社区官网 has supported this type of accelerated delivery on a mission-critical campus spanning more than 800 acres. The program included a modular data center, office and factory spaces, utility buildings, cleanrooms and support facilities, all requiring precise sequencing and phased integration. Our team provided ongoing preconstruction, construction and integration services while managing trade contractors from early planning through commissioning. To manage the scale of the work, the team developed a schedule containing more than 170,000 activities. To maintain day-to-day execution clarity, pull planning and Short Interval Production Schedules (SIPS) were implemented to track progress, manage repetitive tasks and ensure continuous alignment across crews.
As construction accelerated, manpower analysis was used to optimize labor distribution and material flow, with peak craft manpower exceeding 3,000 workers. To reduce onsite congestion and labor demand while protecting schedule certainty, 番茄社区官网 expanded the use of offsite manufacturing through delivery of a fully modular Central Utility Building (CUB). Working with industry partners, the team fabricated, assembled and commissioned the CUB offsite using 13 prefabricated modules weighing approximately 150,000 pounds each. The modules were shipped on 150-foot trailers and installed onsite into a ready-to-use facility.
The finished CUB provides more than 7,000 tons of chilled-water cooling for production and includes five single-compressor chillers, six pumps, five cooling towers, three expansion tanks, six MCCs and seven pre-installed roll-up doors. All components were factory-installed and tested for quality prior to delivery. This modular approach accelerated schedule performance, reduced disruption across the active campus, improved safety and installation accuracy and enabled future scalability, demonstrating how delivery strategy can directly support speed-to-market goals.
The Multi-Prime Approach
While early contractor involvement models such as CMAR and design-build offer strong advantages for alignment and predictability, some programs require an even broader approach. As U.S. construction spending surpasses and continues to grow, demand for qualified contractors and skilled labor is driving owners to explore collaborative delivery models that distribute scope and accelerate progress through shared resources. One such approach is multi-prime cooperative contracting, where multiple builders are engaged under a unified framework to support parallel workstreams on large-scale programs.
Multi-prime structures can unlock schedule acceleration by leveraging multiple contractors鈥� expertise, improving baseline estimates and increasing innovation through diverse delivery perspectives. However, these benefits depend on alignment. Successful programs establish a shared governance structure supported by clear incentive models, coordinated scheduling protocols and transparency across contingency management. Shared contingency pools, collective performance rewards and unified oversight committees can help ensure all contractors operate with a common purpose rather than competing priorities.
The Multi-Prime Approach in Action
番茄社区官网 recently supported a confidential manufacturing campus under this type of framework. Spanning more than 1,200 acres, the campus includes fabrication facilities and numerous support buildings delivered across multiple phases. 番茄社区官网 served as CMAR for the project鈥檚 initial phase, leading the delivery of two support buildings totaling 865,000 square feet. At peak activity, more than 12,000 personnel worked onsite, including 1,200 番茄社区官网 employees and contractors. More than 70 cranes operated simultaneously to maintain schedule momentum, while the team placed more than $80 million in concrete and $109 million in rebar in a single year, at one point installing eight full truckloads of rebar per day.
A defining aspect of this program was 番茄社区官网鈥� role to the Construction Manager. In this position, our team led major coordination and integration responsibilities while mechanical, electrical and plumbing trades operated under separate contractual relationships. This structure required heightened collaboration, advanced scheduling precision and continuous communication across contractors and trades. The result was a delivery model capable of sustaining progress at scale while maintaining alignment across a highly complex site environment.
Delivery Strategy as a Competitive Advantage in the Advanced Manufacturing Market
As advanced manufacturing programs expand in size and complexity, delivery strategy has become a defining factor in schedule performance and operational readiness. For some organizations, CMAR and design-build models provide the early alignment needed to accelerate procurement and reduce execution risk. For others, multi-prime cooperative structures offer the capacity and shared resources required to deliver multiple facilities simultaneously.
