Quick Project Snapshot

• Briefly describe the project type, site setting, and your target in-service date in one sentence.
• How many square feet of built area and how many major pieces of process equipment (by count or weight) are planned? Options: Under 10,000 sq ft / <10 major items, 10,000–50,000 sq ft / 10–50 major items, 50,000–150,000 sq ft / 50–150 major items, Over 150,000 sq ft / >150 major items
• Which facility type best matches this project? Options: Manufacturing plant, Distribution/fulfillment center, Data center, Cold storage, Food processing, Other
• Who will be the primary decision owner for the build and go-live on your side, and what is their role title?
• Walk me through a typical week for the person who will manage this project from your organization, including other responsibilities that may compete for their time.
• Do you already have a target capital budget range and an acceptable contingency window? Options: Yes, fixed range, Yes, flexible within 5%, Yes, flexible within 10%, No defined budget yet

Where the Schedule Really Lives

• If the project slipped by four weeks, which commercial milestone or launch date would it cause you to miss?
• How fixed is your contractual or executive go-live date—is it firm, partially flexible, or negotiable? Options: Firm, cannot change, Partially flexible (1–2 weeks), Negotiable within quarter, No firm date yet
• Which deliveries, vendors, or trades currently carry the least schedule float and therefore drive your critical path? Options: Major production equipment, Long-lead MEP components, Utility connections, Structural milestones, Other
• Tell me about the last time a site or delivery delay pushed commissioning, what broke downstream, and how you recovered.
• What single schedule constraint would make you pause or cancel the build?

Non-Negotiable Operational Requirements

• If you had to pick one operational requirement you will not compromise, which would it be and why?
• List the facility classifications or ratings required, for example ISO cleanroom class, food-safety standard, or data center tier. Options: ISO cleanroom class (specify), Food-safety certification (specify), Data center tier (specify), No formal classification required, Other
• Describe the tolerance windows you must hold for temperature, humidity, vibration, and airborne particulate counts during normal operation.
• Identify which systems must be validated before first production and who on your team will own each validation.
• What operational system failure would force you to delay acceptance or refuse handover?

Where the Building and Equipment Must Meet

• Tell me about a recent example where delivered equipment did not fit the building or utilities as expected and the consequences you experienced.
• List the top interface points that need early coordination drawings or mockups, for example equipment foundations, utility tie points, or control wiring. Options: Foundations and embedments, Roof penetrations and access, Utility tie points (power, water, steam), Control and signal wiring, HVAC distribution and redundancy, Other
• Who on your team is enabled to approve field changes to equipment interfaces during construction, and what is their escalation path?
• Estimate the expected on-site presence of equipment vendor representatives during installation, for example daily, weekly, or milestone visits. Options: Daily during critical phases, Weekly, Per milestone only, Remote support primarily
• Identify a single unresolved interface that would make you refuse turnover at handover.

Obstacles, Risks, and Deal Killers

• Name the one site condition, permit issue, or regulatory risk that would force you to stop the project immediately.
• Estimate the likelihood that permits, utilities, or environmental approvals will miss your current timeline. Options: Very likely (>75%), Possible (40–75%), Unlikely (10–40%), Very unlikely (<10%)
• Has anyone on your team raised specific concerns about subsurface conditions, contamination, or site access limitations? Options: Yes, detailed concerns, Yes, general concerns, No known concerns
• When was the last full geotechnical or utility survey completed on the site? Options: Within 3 months, 3–12 months, 1–2 years, No recent survey
• Given a failed geotechnical result or insufficient utilities, which outcome would you choose: pause procurement, fund mitigation, or revise scope? Options: Pause procurement and reassess, Fund and implement mitigation immediately, Revise scope to de-risk schedule, Other

Competitive Landscape and Alternatives

• Describe the conditions under which you would keep the incumbent contractor or run the project internally instead of changing partners.
• Select the alternatives you are actively evaluating right now. Options: Keep incumbent contractor, Run with internal facilities/engineering, Competitive bid from new GC/CM, Design-build single source, Construction manager at risk (CMAR), Other
• Rank the priority you place on keeping the incumbent relationship, speed to market, and cost reduction (1 most important, 3 least). Options: Keep incumbent, Speed to market, Cost reduction
• Has anyone proposed completing this work with internal staff instead of an outside partner? Options: Yes, internal only, Yes, hybrid internal + contractor, No, not proposed
• Name the must-have criteria that would push you to hire an external partner, for example single-point accountability, schedule certainty, or warranty terms.
• Should an external proposal meet your must-haves, is your team ready to switch within your current approval window? Options: Yes, ready to switch quickly, Only with executive approval, Not ready within current window, Unsure

Operational Readiness and Constraints

• Outline the non-negotiable preconditions you must see before site mobilization, for example permits, named utility tie dates, or owner-furnished equipment delivery windows.
• Provide the name, role, and decision authority of the person who will sign the mobilization notice and the date they can commit by.
• Are technical assets such as vendor drawings, control sequences, and interface specs stored in a single place your team can grant access to during preconstruction? Options: Yes, central repository ready, Partial access available, No centralized storage yet
• Provide the external systems or third-party approvals that must be in place before commissioning, for example utility provider signoff or equipment vendor FAT completion.
• Choose whether you would accept phased mobilization or pause the whole project if permits or utility connections are not in place by your target mobilization date. Options: Accept phased mobilization with limited scope, Pause full mobilization until all are ready, Proceed with mitigation plan and partial work

Decision Criteria, Success Signals, and Next Steps

• Define the single operational metric that will determine whether this project delivered the value you expect, for example throughput, uptime, or qualified output per hour.
• Provide how you will measure readiness at each milestone, for example utilities available, owner-furnished equipment set, and successful no-load equipment tests. Options: Utilities verified, OFE delivered and staged, Instrument and control checks complete, No-load test passed
• Outline the approval path, including the roles and approval thresholds that gate final acceptance and payment.
• Assuming a short pilot or proof run validates the metrics, what remaining internal approvals or procurement steps would still stop you from signing within that same week?
• Finally, what is the earliest date your team would be ready for a collaborative planning session to align schedule drivers, owners, and acceptance criteria? Options: Within 1 week, 2–4 weeks, Within 1–2 months, Later than 2 months

• Solution Experience — Construction Approach & Schedule De-risking

• Orientation: build-to-commission flow and decision gates
• You confirm the demonstrated sequencing and coordination model removes the equipment-ready delays you described.
• Seller: Produce a tailored de-risked schedule comparing the baseline and chosen mitigation scenario and deliver it before the follow-up session.
• Confirm the current state and what it is costing
• You agree on which de-risking scenario to evaluate further and the remaining evidence needed to decide.
• Buyer: Provide confirmed long-lead or owner-furnished equipment delivery dates and any constraints on site access.
• Proof: construction approach and coordination model mapped to your constraints
• Buyer: Identify the decision makers and the target decision date for the project governance choices.
• You identify any gaps in acceptance criteria that must be closed before a commitment.
• Buyer: Confirm the specific commissioning acceptance metrics you require for final handover in writing.
• Proof: schedule de-risking scenarios and tradeoffs
• Validate commissioning and acceptance outcomes
• Forced validation, confirm this maps to your needs

• Solution Experience — Construction Approach & Schedule De-risking
• Solution Experience Deck
• Solution Brief — Construction Approach & Commissioning Outcomes

• meeting
• slides
• document

• Site Preparation and Earthworks
• Foundation and Slab-on-Grade Construction
• Structural Steel Erection
• Tilt-Up Concrete Panel Construction
• Building Envelope and Roofing Installation
• Mechanical (HVAC) Systems Installation
• Electrical Distribution and Power System Installation
• Process Piping and Utility Line Installation
• Process Utility Installation (Compressed Air, Steam, Chilled Water)
• Cleanroom Construction and Containment Install
• Equipment Receiving, Rigging, and Setting
• Commissioning Support During Equipment Startup
• Cold Storage Refrigeration System Installation
• Fire Protection and Life-Safety Systems Installation
• Interior Build-Out and Process Area Fit-Out

Site Preparation and Earthworks

• Do you have a geotechnical report that includes recommended bearing capacity, groundwater depth, and remediation notes? Options: Yes, No, Partial / Draft
• Which topographic or boundary survey constraints (grade, wetlands, easements) limit excavation extents and site fill placement? Options: Known constraints attached, No major constraints, Unknown
• Who provides existing utility as-built drawings or GIS layers for site coordination and tie-in locations? Options: You provide, We obtain from utility, Not available
• Provide the soil remediation or stabilization methods called out in the geotechnical recommendations (for example: over-excavation to X ft, wick drains, lime/cement stabilization).
• List the permitted access windows for heavy equipment deliveries and any municipal haul-route restrictions (dates/times or weight limits).

Foundation and Slab-on-Grade Construction

• Specify slab-on-grade thickness, reinforcement mat schedule, and joint layout with structural drawing sheet references.
• Estimate the allowable subgrade bearing capacity and compaction percent required by the structural specification. Options: <2000 psf, 2000-4000 psf, >4000 psf, Unknown
• Which foundation types are required for process equipment pads (isolated mass slabs, pile caps, caissons) and where are they located relative to the equipment layout?
• Who will approve concrete mix designs and schedule cylinder breaks or trial pours for verification? Options: You (owner), Third-party testing lab, Contractor
• What acceptance criteria will define slab readiness for equipment setting (for example: minimum compressive strength in psi at X days, moisture vapor emission rate threshold in lbs/1000ft2/24hr)?

Structural Steel Erection

• Are steel fabrication shop drawings and erection models already provided or will they need to be produced from structural 3D files? Options: Provided, Required from contractor, Partial set
• Specify crane capacities, pick radii, and critical lift dimensions required by the erection plan.
• Identify who will coordinate steel delivery sequencing with packaged equipment deliveries to avoid site conflicts.
• Provide required fabrication tolerances, camber allowances, and column plumbness tolerances called out on the structural spec.
• List the shop mill certificates, welding procedure specifications, and bolting inspection records needed at erection milestones.

Tilt-Up Concrete Panel Construction

• Do you have approved tilt-up panel shop drawings and lift diagrams referenced to the construction sheet numbers? Options: Yes, No, Partial
• Identify required exterior face finishes and control joint details for panels that adjoin process areas.
• Assign responsibility for erection bracing inspections and who signs off on temporary stability checks. Options: We inspect/approve, You provide inspector, Third-party
• Describe panel embed layouts for MEP penetrations and equipment recesses as shown on the penetration schedule.
• Are special lifting inserts, corbels, or access hatches required for equipment anchorage to panels and are those details shown on the structural attachment drawings? Options: Yes - details provided, Yes - details required, No

Building Envelope and Roofing Installation

• State the roofing membrane type and target thermal R-values required by the project specification (for example: TPO 20-year, R-30 equivalent).
• Cite the air barrier and vapor control detail sheet numbers from the design manual that the envelope installation must follow.
• Name the party who will approve roofing mock-ups and water infiltration test methods prior to full-system installation. Options: You (owner), Third-party testing, We approve
• Supply the roof penetration schedule and curb detail references as shown on the MEP roof plan.
• Confirm required manufacturer warranty levels and whether FM Global or ASTM testing criteria must be met for roof membrane acceptance. Options: Yes - FM/ASTM required, Manufacturer warranty only, No specific requirement

Mechanical (HVAC) Systems Installation

• Indicate which HVAC design basis documents you will provide (heat-load calcs, ventilation schedule, AHU schedules). Options: All provided, Partial, None provided
• State who will supply equipment submittals including fan curves, coil schedules, and acoustic data sheets for contractor review. Options: You provide, Vendor provides, Contractor produces
• Detail ductwork class, insulation type, and leakage rate requirements along with pressure test acceptance thresholds per SMACNA or project spec.
• Explain required AHU startup sequencing and how AHU interlocks must coordinate with process equipment commissioning windows.
• Confirm whether HVAC TAB (testing, adjusting, balancing) reports are required at turnover and specify the preferred report format. Options: TAB required - PDF, TAB required - standardized form, TAB not required

Electrical Distribution and Power System Installation

• Indicate primary service voltage, incoming feeder size, and point of connection shown on the electrical site plan.
• Cite the single-line diagram sheet references and whether a protective device coordination study is required for switchgear acceptance. Options: Coordination study required, Not required, Unknown
• Request the load schedule for major process equipment including starting currents, locked-rotor amps, and power factor requirements.
• Detail preferred generator ATS changeover timing and critical load shedding priorities for emergency power sequencing.
• Verify whether an arc flash study and labeled one-line diagrams are required for the electrical acceptance package and reference the NFPA 70E boundary criteria if applicable. Options: Arc flash study required, Not required, Unknown

Process Piping and Utility Line Installation

• Are there Piping and Instrumentation Diagrams (P&IDs) and isometric drawings available for the process piping runs and valve schedules? Options: Full set provided, Partial set, None provided
• Attach the pipe material schedule or specify pipe classes, flange ratings, and gasket types from the P&ID or spec.
• Designate who will coordinate utility shutdowns and hot-tap sequences for process tie-ins to minimize production impact.
• Record the hydrostatic test pressure, hold time, and acceptable leakage thresholds for process piping tests per ASME or project spec.
• Note special insulation, heat tracing, or secondary containment requirements for process lines that cross cold storage or hazardous areas and reference spec sections.

Process Utility Installation (Compressed Air, Steam, Chilled Water)

• Attach existing or design utility distribution diagrams for compressed air, steam, chilled water, and condensate return networks. Options: Attached, Will provide, Not available
• Outline compressor sizing, target dew point, and the ISO 8573 compressed air quality class required for process equipment.
• Request vendor P&IDs for the chiller skid, steam boiler, and condensate system and confirm connection points for field ties. Options: Vendors will provide, We must obtain, Unknown
• What acceptance criteria will validate chilled water system readiness for commissioning (for example: delta-T, design flow rates, chiller COP minimum)?
• Verify shutoff and bypass arrangements, condensate return pump schedules, and strainer sizes are documented in the mechanical piping deliverables. Options: Documented, Not documented, Partial

Cleanroom Construction and Containment Install

• Require an ISO cleanroom classification per ISO 14644 and the target particle count limits for each clean zone? Options: ISO class provided, Need to define, Not required
• Outline the required air change rates, HEPA filter MERV rating, and target pressure cascade differentials for each clean area as shown on the cleanroom schedule.
• Name the responsible party for providing gowning room layout, pass-throughs, and MEP penetration details for the clean areas. Options: You (owner), We provide, Vendor provides
• Explain wall, ceiling, and flooring finish specifications and continuous cleanability requirements adjacent to sterile or food-contact processing lines.
• Verify whether cleanroom certification test protocols (particle counts, airflow mapping, HEPA leak tests) will be required at final acceptance and identify the required reporting template. Options: Certification required, Not required, Partial tests required

Equipment Receiving, Rigging, and Setting

• What is the maximum equipment weight, overall dimensions, and center-of-gravity location for the largest unit we will need to rig and set?
• Share the preferred delivery route, staging area, and any crane pad load restrictions for oversized equipment deliveries.
• Designate the approver for rigging and lift plans and the authority who issues lockout/tagout and temporary hoisting permits.
• Record equipment set tolerances, grout procedures, and anchor-bolt template references from vendor installation manuals for precision alignment.
• Note if certified rigging contractors and a third-party lift engineer are mandatory and list the required proof-of-insurance and lift methodology documents.

Commissioning Support During Equipment Startup

• Submit the required commissioning sequences for each major process line along with the expected witnessing points that match vendor commissioning plans.
• Name the primary process engineer point of contact for vendor startups and the individual responsible for operational sign-off.
• Explain temporary utility needs and crew coverage required to support phased equipment startups (for example: temporary compressed air skids, makeup water, instrumentation techs).
• Request factory acceptance test (FAT) documentation and specify whether FATs will be witnessed on-site or remotely for packaged skids. Options: On-site witnessed, Remote witnessed, No FAT required
• Verify whether temporary calibration and instrument loop checks are required prior to production trials and specify acceptable calibration standards (for example: ISA, NIST traceable).

• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Project Contract (Construction Services Agreement)
• Commercial Terms & Payment Milestone Schedule
• Project Governance & Change Control Protocol
• Commissioning & Acceptance Protocol
• Performance and Payment Security
• Insurance & Indemnity Schedule
• Warranty & Post-Completion Support Agreement
• Lien Waiver & Final Release
• Dispute Resolution & Escalation Agreement
• Responsibility Matrix (RACI) Confirmation

• Go-live Health Check (Weeks 1-4)
• First Outcomes Measurement (Weeks 4-10)
• 90-Day Operational Performance Review
• Ongoing Quarterly Success Review

• Archive and document resolved warranty items and update maintenance and operations manuals accordingly.
• Clear statement of which production and commissioning metrics meet Solution Scope targets and which require remediation.
• Finalized warranty remediation schedule for all open critical items with firm target dates.
• Established monitoring and escalation process for any items that miss remediation targets.
• Publish the 90-day performance report including data sources, trend analysis, and gap descriptions.
• Open or update warranty tickets with defined scope of work and resolution target dates.
• Deliver the agreed monitoring and escalation checklist for operational owners to use going forward.
• Review trending operational metrics
• Confirmed equipment uptime meets or is trending toward Solution Scope expectations, or a remediation plan is in place.
• Open warranty item count reduced or on a documented path to resolution with average resolution time meeting targets.
• Documented lessons learned and at least two process changes agreed to reduce repeat defects.
• Produce the quarterly metrics summary and publish it to the shared workspace.
• Maintain the shared issue channel with weekly status updates on open warranty items.
• Confirm success criteria and owners
• Critical handover documentation validated for all systems required for initial operation.
• High-risk punch-list items and immediate remediation actions documented with owners and target dates.
• A clear short-term monitoring plan agreed to surface new high-severity issues within 7 days.
• Publish the validated as-built documentation and asset register to the shared workspace.
• Provide an updated punch-list with named owners and target completion dates within 48 hours.
• Circulate a short-term remediation plan for critical issues with explicit completion deadlines.
• Present first operational metrics
• Validated metric baseline for punch-list closure rate and equipment interface readiness rate with source data.
• A documented corrective action plan that addresses the top root causes and includes completion dates.
• Agreement on the date to transition metrics to the ongoing quarterly monitoring cadence.
• Provide the metric export and data sources used to calculate punch-list closure rate and equipment interface readiness rate.
• Publish the corrective action plan with task-level owners and firm completion dates.
• Schedule the next outcomes checkpoint and confirm monitoring responsibilities.
• Present 90-day performance against targets
• Validate handover package and as-built documentation
• Analyze persistent failures and recurring issues
• Surface persistent or new issues
• Diagnose root causes for any gaps
• Lessons learned and process improvements
• Agree targeted corrective actions
• Early operation signals
• Review warranty and remediation items
• Confirm timeline to steady-state monitoring
• Agree monitoring and escalation plan
• Agree next-quarter commitments and checkpoints
• Open punch-list and high-risk items
• Agree immediate remediation actions