Understanding Industrial Construction Service Models
Industrial construction encompasses a range of service delivery models, each suited to different project types, owner preferences, and risk profiles. The delivery method you choose affects cost, schedule, risk allocation, and the nature of your involvement throughout the project. Understanding these options helps developers select the right approach for their project. Many owners default to the method they have used before, but project-specific factors often warrant reconsideration—especially for industrial projects where schedule and cost predictability are paramount.
Preconstruction Services
Scope: Conceptual estimating and budget development, Site evaluation and feasibility studies, Design-phase cost modeling, Value engineering and constructability review, Procurement planning and long-lead identification, and Permit strategy and timeline planning.
When to Use: Early in development, before design is complete, When evaluating multiple sites or concepts, To validate budgets and identify cost drivers, and To optimize design before construction documents.
Investment Value:
Preconstruction services typically cost 1-3% of total project value but can yield 5-15% in savings through value engineering, constructability input, and procurement optimization. The earlier a builder is involved, the more opportunity to influence design decisions that affect cost and schedule. Many owners engage a builder for preconstruction only, with the option to continue into construction—this allows evaluation before commitment.
Typical Deliverables: Conceptual cost estimate (Class 3 to Class 1), Schedule analysis and critical path, Value engineering recommendations, and Procurement schedule and bid packages.
Design-Build Delivery
How It Works: Single contract for design and construction, Builder leads or partners with architect, Owner provides program and performance requirements, and Builder responsible for design coordination and construction.
Advantages: Single point of accountability, Overlapping design and construction phases, Early cost certainty, and Reduced change orders from design coordination.
Best Applications: Standard warehouse and distribution facilities, Projects with clear program requirements, Owners prioritizing speed to market, and Repeat or prototype building types.
Construction Management at Risk (CMAR)
How It Works: CM engaged during design phase, Provides preconstruction services and GMP, Becomes general contractor at construction, and Shares risk with owner for schedule and budget.
Advantages: Early builder involvement, Transparent pricing and open-book process, Flexibility for design evolution, and Subcontractor relationships and market access.
Best Applications: Complex or custom facilities, Projects with evolving requirements, Owners wanting collaborative process, and Multi-phase or phased development.
General Contracting (Lump Sum)
How It Works: Competitive bid on completed design, Fixed price for defined scope, Traditional design-bid-build sequence, and Clear separation of design and construction.
Advantages: Competitive pricing, Clear scope and contract terms, Owner controls design process, and Familiar delivery method.
Best Applications: Fully developed design, Standard building types, Budget-sensitive projects, and Public or institutional owners.
Program Management
Scope: Oversight of multiple projects or phases, Master schedule and budget coordination, Standardization and best practice implementation, and Reporting and stakeholder communication.
When to Use: Multi-site rollouts (retail, distribution, manufacturing), Large campus or multi-building development, Portfolio-level construction management, and National or regional expansion programs.
Specialty Services
Site Development: Grading, utilities, stormwater, Truck courts and pavement, and Landscaping and hardscape.
Building Systems: Tilt-wall, PEMB, conventional steel, MEP coordination and installation, and Roofing and building envelope.
Interior Build-Out: Office build-out, Mezzanines and racking support, Specialized process areas, and Loading dock equipment.
Build-to-Suit and Spec Development:
Some builders offer build-to-suit services for tenants or owner-users: the builder develops the site and building to tenant specifications, often with a lease or purchase agreement in place. Spec industrial development involves building without a committed tenant—the builder or developer assumes leasing risk. Each approach affects contract structure, financing, and design flexibility. Build-to-suit typically allows more tenant-specific customization; spec development favors flexible, marketable design.
Integrated Project Delivery (IPD)
How It Works: Multi-party agreement among owner, designer, and builder, Shared risk and reward based on project outcomes, Collaborative decision-making from project inception, and Early involvement of all key participants.
Advantages: Alignment of incentives across the team, Innovation and value creation encouraged, Reduced adversarial relationships, and Potential for significant schedule and cost savings.
Best Applications: Large, complex projects with experienced owners, Projects where innovation is valued, Long-term owner-operator facilities, and When relationship and collaboration are priorities.
Selecting the Right Model
Key Questions: How defined is your program and design?, What is your risk tolerance?, How important is schedule?, Do you need early cost certainty?, and What is your team's construction experience?.
Decision Matrix:
| Factor | Design-Build | CMAR | Lump Sum |
|---|---|---|---|
| Speed to market | Best | Good | Slower |
| Cost certainty (early) | Best | Good | After design |
| Owner control of design | Lower | Higher | Highest |
| Single accountability | Yes | Partial | No |
| Flexibility for changes | Medium | High | Low |
Implementation Best Practices
Regardless of delivery method, successful industrial projects share common practices: engage the builder early when possible, maintain clear and frequent communication, document decisions and changes promptly, and establish realistic schedules with appropriate contingencies. The right service model supports these practices rather than constraining them.
Transitioning Between Models:
Some projects start with preconstruction only, then transition to construction under a different delivery method. For example, an owner might engage a builder for preconstruction and design-phase cost modeling, then conduct a competitive bid for construction once design is complete. Alternatively, a CM might provide preconstruction services and then convert to a GMP for construction. Define the transition point and any exclusivity or right-of-first-refusal terms in the initial agreement. Clear expectations prevent disputes and ensure a smooth handoff when moving from preconstruction to construction.
We offer preconstruction, design-build, CM at risk, and general contracting services. Contact us to discuss which approach fits your project.