Setting the Stage — A Short Project Snapshot

• In one sentence, describe the project and the business outcome you must hit (e.g., 'Line X expansion to add 2 shifts by Oct 1').
• What is your role on this project and who on your team will own the delivery schedule? Options: Facilities Director/VP, Plant/Operations Manager, Project Sponsor, Capital Projects Lead (Public), Procurement Lead, Other
• What type of facility is this? Select all that apply and add specifics below. Options: Manufacturing facility, Data center, Distribution/warehouse, Public safety facility, Life sciences/lab, Other
• Rough order of magnitude: what schedule window are we working with from now until required operational date? Options: Under 3 months, 3–6 months, 6–12 months, 12–18 months, 18+ months
• Who else on your team should be present for discovery conversations (names/roles/email) and why?

If the Clock Ran Out Tomorrow — Why the Date Truly Matters

• If the go‑live or funding date slips, what specifically happens to operations, revenue, compliance, or funding—what's the worst realistic outcome?
• Which of these is the primary schedule driver for this project? Options: Must meet production launch, Lease/facility expiry, Funding/grant expiry, Regulatory/permit deadline, Seasonal demand, Other
• How flexible is that primary driver—could it move weeks, months, or not at all? Options: No flexibility—fixed date, Small flexibility — 1–4 weeks, Moderate flexibility — 1–3 months, Significant flexibility — 3+ months
• When you imagine the schedule slipping by a month, what are the tangible costs or risks (dollars, lost shifts, contractual penalties, reputational impact)?
• Have you previously set an immovable date and had the project miss it? If so, what factors caused the miss and how long did recovery take?

Who's Holding the Keys — Decision Power, Gates, and Politics

• Who will make the final contract award or sign the GMP, and who must buy in before they do? Options: Facilities Director/Owner rep, CFO/Finance, Board or Executive Committee, Procurement Team, End‑user Operations Lead, Other
• Walk me through the approval path: how many formal signoffs are required and typically how long does each take?
• Are there procurement rules (RFP, RFQ, sole source, competitive threshold) that constrain how you can engage a design-build partner? Options: Formal RFP required, Sole source allowed with justification, Competitive quotes allowed, Prequalified vendor list only, Public agency-specific procurement rules, Unsure/varies
• Who holds the project budget authority day-to-day versus who holds strategic approval—and how do they typically view risk? Options: Budget owner = same as schedule owner, Budget owner = Finance/CFO (separate), Budget owner = Department Head (operations), Unsure
• Thinking about past projects, is there a single person or group that tends to delay decisions? What usually causes the pause?

Where Money and Risk Meet — Budget, GMP Expectations & Transparency

• Tell me your target budget range or a budget anchor—how precise is that figure today? Options: Firm target (±5%), Range (±10–20%), High-level estimate only, No budget set yet
• Which of these best describes your ideal pricing outcome? Options: GMP as early as possible (schematic), GMP after design‑development, Cost‑reimbursable with target cost, Fixed price for defined scope, Open to options after exploring tradeoffs
• How important is line‑item transparency in the GMP (ability to audit contingencies, allowances, and vendor pricing)? Options: Critical—must be auditable, Important—high level detail ok, Nice to have, Not a priority
• What would alarm you about a proposed GMP or contingency—examples: large hidden 'owner's contingency', vague allowances, or limited change‑order governance?
• In the event of cost increases post‑GMP, which approach would you prefer? Options: Transparent shared contingency with weekly reporting, Fixed contingency retained by contractor, Change orders priced competitively with owner audit rights, Owner retains right to re‑scope

Program Truths — The Things You Cannot Compromise

• What are the absolute, non‑negotiable program requirements (e.g., capacity, uptime % target, redundancy, environmental controls, safety standards)?
• Which design elements are sacred—things where preserving design intent is more important than saving schedule or cost? Options: Architectural façades/branding, Critical process layout, Special finishes/equipment interfaces, Acoustic or vibration control, Other
• Are there regulatory, permitting, or third‑party certifications tied to the schedule (e.g., environmental approvals, FDA/CSA/UL) that could become gating items? Options: Yes—permits/approvals tied to date, Yes—certification required post‑build, No, Unsure—need to validate
• What quantitative acceptance criteria will you use at turnover (e.g., production throughput, system commissioning metrics, energy performance)? Please list primary KPIs.
• If a design decision improved constructability but reduced a non‑critical aesthetic or feature, how would you weigh that tradeoff? Options: Preserve intent—seek alternate ways to save time, Accept some design compromise for schedule certainty, Depends on the feature—decide case by case, Undecided/need discussion

Past Battles — What’s Scarred and What You Learned

• Think of a past project that caused the most stress—what happened and who bore the brunt of the consequences?
• How did change orders, contingency burn, or late design changes affect trust between your team and the contractor or design partner? Options: Severely eroded trust, Some loss of trust but recovered, Little effect, Improved transparency over time
• Which recurring issues do you still worry about—e.g., hidden contingencies, late vendor deliveries, conflict between architect and contractor? Options: Hidden contingencies, Scope creep after GMP, Design degraded for constructability, Slow procurement, Stakeholder decision delays, Other
• When things went wrong in the past, what communication or governance step would have prevented the escalation?
• How long did the recovery take after that project and what internal changes (if any) did you make to avoid a repeat?

If It Worked Perfectly — Your Ideal Delivery Experience

• If you could redesign the delivery model to guarantee the deadline and protect design quality, what are the three non-negotiable elements it must include?
• How important is having a single point of accountability (one contract, one schedule owner) versus maximizing competitive pricing? Options: Single point accountability is priority, Competitive bid is priority, Balance is required, Unsure—need guidance
• Would you be open to a design‑build approach that sets GMP earlier (at schematic) if we can demonstrate transparent costing and maintain architectural quality? Options: Very open, Somewhat open, Unlikely, Need more education
• What acceptance and handover criteria would make you confident to release payments tied to schedule milestones?
• Imagine this project is a case study—what outcome would make you comfortable recommending the delivery team to peers?

What Needs to Happen Next — Alignment, Info, and Timing

• What are the immediate decisions or documents we need from you to prepare a credible early GMP (e.g., program brief, site constraints, preliminary MEP standards)? Options: Program brief, Site survey or boundary plan, Existing facility drawings, Preliminary equipment list, Budget authorization, Other
• Who must be in the next meeting to make meaningful progress (name, role, availability window)?
• On a scale from 1–5, how ready is your organization to move forward quickly if the right single‑source team is available? Options: 1 - Not ready, 2 - Somewhat ready, 3 - Ready with conditions, 4 - Mostly ready, 5 - Fully ready to proceed
• What concerns or objections do you anticipate from stakeholders if we propose setting GMP at schematic design?
• If we were to prepare a short, transparent early GMP briefing for your team, when would you want it delivered and who should review it? Options: Within 1 week, 1–2 weeks, 2–4 weeks, Longer than a month

• Current State & Impact Assessment
• Integrated Schedule & Early‑GMP Roadmap
• Design Intent Preservation & Change‑Order Risk Workshop
• Live Scenario Walkthrough (Customer‑Specific)
• Mutual Commit & Next Steps Alignment

• Identify any assumptions that require revision and capture them as follow-up actions.
• Non‑Negotiable Design Elements
• Agree on a documented set of design acceptance criteria and non‑negotiables the team will protect throughout delivery.
• Align on transparent contingency reporting and change‑order governance that the owner can audit.
• Demonstrate past proof points that link the proposed approach to fewer change orders and preserved intent.
• Draft a short 'Design Quality & Change Governance' charter for signature that defines acceptance criteria, contingency reporting cadence, and change order workflow.
• Owner to provide up to three project examples of past design priorities or failures to ensure alignment on design intent language.
• Contractor to attach comparables and data from case studies referenced in the meeting to the charter.
• Recap Preconditions
• Demonstrate a concrete pathway (schedule + GMP timing + governance) that meets the customer's deadline and program needs.
• Obtain explicit validation from the customer that the modeled future state resolves the top consequences identified earlier.
• Introductions & Meeting Objectives
• Produce a personalized Scenario Report (schedule, GMP timing, cost sensitivity, and risk register) and circulate within 48 hours.
• Customer to confirm or correct assumptions in the Scenario Report and return annotated comments within 5 business days.
• If validated, agree on a target date to set schematic GMP and schedule a schematic‑end review meeting.
• Recap Validated Future State
• Obtain a mutual commitment to the next formal step (LOI, preconstruction engagement, or schematic authorization) and a date for schematic‑GMP decision.
• Assign clear owners and due dates for required deliverables and approval actions.
• Ensure legal/commercial alignment on the high‑level GMP mechanics before schematic work begins.
• Prepare and circulate a Next‑Steps Packet (accelerated schedule, scenario report, governance charter, and draft LOI) within 72 hours.
• Customer to confirm signoff authority and internal approval timeline for schematic GMP within 5 business days.
• Schedule schematic‑end review meeting and reserve tentative dates for site mobilization based on the accelerated schedule.
• Produce an agreed one-sentence Current State that the entire team can reference.
• Create explicit, quantified consequences (time/cost/risk) tied to the customer's deadline.
• Confirm decision roles and a primary schedule owner for the program.
• Owner to deliver or confirm missing data points (funding expiry dates, required occupancy date, current permit status).
• Contractor to draft the one-sentence Current State and Consequence Summary and circulate for sign-off.
• Schedule a follow-up meeting to review inputs if any data gaps remain.
• Recap Current State & Deadline
• Agree on a compressed project milestone map that demonstrates meeting the customer's deadline.
• Secure alignment on establishing GMP early (target schematic end) and defined mechanics for how that GMP will be produced and audited.
• Identify the decision points and data needed to hit each milestone on the compressed timeline.
• Contractor to produce a tailored accelerated master schedule showing critical path and proposed GMP decision date.
• Customer to confirm immovable milestones, blackout dates, and any internal approval lead times to be incorporated into the schedule.
• Joint team to identify long‑lead items for early procurement and assign owners for procurement decisions.
• Scenario Inputs & Assumptions
• Integrated Design‑Construct Feedback Loop
• Accelerated Delivery Model Overview
• One‑Sentence Current State
• Required Approvals & Decision Calendar
• Live Timeline & GMP Simulation
• Consequence Quantification
• Contingency & GMP Transparency
• Tailored Milestone Map
• Commercial & Contract Form Outline
• Case Study Proof Points
• Risk Removal Demonstrations
• Immediate Next Steps & Deliverables
• GMP Timing & Mechanism
• Stakeholder Roles & Decision Owner
• Validation & Agreement
• Risk Tradeoffs & Decision Points
• Customer Validation & Calibration
• Closing Validation and Signoff Intent
• Validation: Acceptance Criteria Walkthrough
• Validation Check

• Schematic Design Documents with Constructability Notes
• Design Development Drawings with MEP Coordination
• Structural Design and Shop Drawings Delivery
• Permit Submission and Agency Approvals
• Site Mobilization and Temporary Utilities Installation
• Demolition, Clearing, and Site Preparation
• Earthwork, Grading, and Foundation Construction
• Structural Steel Fabrication and Erection
• Building Envelope Installation (roof, cladding, windows)
• MEP Rough-In, Conduit, Ductwork, and Piping
• Critical Power Systems Installation (UPS, generators, switchgear)
• Interior Fit-Out and Equipment Integration
• Fire Protection and Life‑Safety System Installation
• Commissioning, Functional Testing, and Systems Startup
• As-Built Drawings and O&M Manual Handover

Schematic Design Documents with Constructability Notes

• Do you require schematic design deliverables as part of the contract scope? Options: Yes, No, Conditional
• Who will provide the initial program/space and adjacency requirements for the schematic? Options: Owner, Architect/Design partner, Design-Build preconstruction team, Combination/Other
• What level of schematic detail do you expect (select the best match)? Options: Bubble diagrams and basic adjacency only, Floor plans with primary elevations and material concepts, Full schematic set with preliminary schedules and room data
• Should constructability comments be embedded on schematic drawings or provided as a separate preconstruction report? Options: Embedded on drawings, Separate constructability report, Both (drawings + report)
• List any physical constraints, long‑lead equipment or vendor constraints, or user requirements that must be reflected in schematic constructability notes.

Design Development Drawings with MEP Coordination

• Do you want Design Development (DD) drawings and formal MEP coordination to be included in the scope? Options: Yes, No, Conditional/TBD
• What extent of MEP coordination is required at DD (choose closest): Options: System block diagrams and major equipment locations, Routing and clash coordination to ~90% level, Full coordination ready for procurement/fabrication
• Who will retain primary responsibility for MEP design decisions and approvals? Options: Design-Build team (in-house), Owner's technical consultant, Third-party MEP engineer contracted by Owner, Shared responsibility
• What BIM or drawing deliverable standard do you require for MEP coordination (if any)? Options: No BIM, 2D CAD only, BIM LOD 200 (concept), BIM LOD 300 (coordination), BIM LOD 400 (fabrication)
• Please list any critical MEP systems, clearances, or client performance requirements that DD must address (e.g., clean rooms, process piping, critical HVAC redundancy).

Structural Design and Shop Drawings Delivery

• Should structural design and the delivery of shop/fabrication drawings be part of the scope? Options: Yes, No, Partial (owner provides some info)
• Who will provide structural calculations and code compliance packages for permit? Options: Design-Build structural engineer, Owner's consultant, Third-party peer reviewer, TBD
• What level of shop drawing detail is required for structural elements? Options: General arrangement and connection notes, Full shop/fabrication drawings suitable for fabrication, Hybrid - full for long‑lead items only
• Are there prequalified fabricators, proprietary systems, or vendor standards that must be followed? Options: Yes, No, Unknown
• Describe any unusual structural conditions that must be addressed (heavy process loads, seismic/bridge connections, existing structure tie‑ins).

Permit Submission and Agency Approvals

• Do you require the design-builder to prepare and submit permit packages and manage agency approvals? Options: Yes, full service, No, Owner will manage submissions, Partial - design-builder to prepare, Owner to submit
• Which authorities or permits are anticipated for this project? Options: Building Department, Fire Marshal/Authority Having Jurisdiction, Environmental/Stormwater, Utility Service Permits, Other
• Are there critical permit timing constraints or external funding/fiscal deadlines tied to permit issuance? Options: Yes, No, Unknown
• Should the design-builder handle public hearing or variance applications if required? Options: Yes, No, Assist only upon request
• Provide any known permit conditions, historical issues with local agencies, or agency contact constraints that will affect submission strategy.

Site Mobilization and Temporary Utilities Installation

• Do you want site mobilization and temporary utilities included in the contract scope? Options: Yes, No, Partial/Phased
• Which temporary utilities will be required at mobilization? Options: Temporary Power, Temporary Water, Sanitary/Porta‑johns, Site offices/trailers, None
• Are there site access, staging, or traffic constraints that will impact mobilization (e.g., single access road, occupied campus, limited hours)? Options: Yes, No, Unknown
• Will mobilization require coordination with ongoing operations or tenant activity? Options: Yes - active operations onsite, No - site vacant, Partial - mixed occupancy
• Provide the target mobilization/milestone date and describe any preferred staging or laydown areas.

Demolition, Clearing, and Site Preparation

• Is demolition and site clearing included in the requested scope? Options: Full demolition, Selective/partial demolition, No demolition required
• Are hazardous materials (asbestos, lead paint, contaminated soils) known or suspected on site? Options: Yes, No, Unknown/Pending Survey
• What is the anticipated extent of demolition (building square footage/structures, utility removals, pavement)?
• Do you require specific disposal, recycling, or salvage handling for demo materials? Options: Standard disposal, Hazardous material disposal, Salvage/reuse program, Owner‑directed disposal
• List any environmental or neighbor constraints (protected trees, wetlands, noise curfews, haul route restrictions) that affect site prep.

Earthwork, Grading, and Foundation Construction

• Should earthwork, grading and foundations be scoped into the contract? Options: Yes - full scope, Limited scope (site cuts/fills only), No - Owner to provide
• Is a geotechnical report available and are there known soil constraints? Options: Geotech report provided, No report yet, Report pending
• What type of foundation system is expected or preferred? Options: Shallow spread footings, Mat foundation/slab‑on‑grade, Deep foundations (piles/caissons), Combination/Other
• Will dewatering or groundwater control be required during earthwork? Options: Yes, No, Unknown
• Specify any precision tolerance or isolated heavy‑equipment foundation requirements (e.g., vibration isolation, machine pads).

Structural Steel Fabrication and Erection

• Is structural steel fabrication and on‑site erection to be included in scope? Options: Yes, No, Partial (long‑lead only)
• Will you require contractor‑led shop drawings and fabrication coordination with the mill/fabricator? Options: Yes - full shop drawings, No - Owner/fabricator provides, TBD
• Are there site constraints affecting erection (crane availability, restricted access, night work limitations)? Options: Standard access/no restrictions, Restricted access/permits required, Night/holiday work required
• What is the acceptable steel fabrication lead time or any required expedited delivery windows? Options: Standard (8-12 weeks), Expedite (4-6 weeks), Long lead (12+ weeks)
• Please note any specialized steel elements (mezzanines, high bays, heavy crane beams) or connection details that affect scope.

Building Envelope Installation (roof, cladding, windows)

• Do you want envelope work (roofing, cladding, windows) included in the contract? Options: Yes - full envelope, Partial (roof only), No - Owner retains
• What performance expectations drive the envelope scope (thermal, weatherproofing, acoustics, blast/security)? Options: Standard code compliance, Enhanced thermal/air tightness, Security/blast-rated, Acoustic control
• Which roofing and cladding systems are preferred or required? Options: Single‑ply membrane, Metal roofing, Built‑up roofing, EIFS/metal cladding, Other
• Are there known existing envelope issues or warranty claims that must be addressed during installation? Options: Yes, No, Unknown
• Provide any interface conditions, penetration schedules, or critical weather windows that the envelope scope must accommodate.

MEP Rough-In, Conduit, Ductwork, and Piping

• Should MEP rough‑in (electrical conduit, ductwork, piping) be included in the base scope? Options: Yes - full MEP rough‑in, Partial (electrical only, etc.), No - Owner contracts separately
• Is existing utility capacity sufficient for the new MEP loads or will upgrades be required? Options: Sufficient capacity, Utility upgrade required, Unknown/pending study
• Will prefabricated/modular MEP assemblies be used to accelerate schedule? Options: Yes - modular prefabrication, No - stick built, TBD
• Are there coordination constraints with structure, equipment, or other trades that require pre‑fabrication or special sequencing? Options: Yes - detailed coordination required, No - standard coordination, Unknown
• List specialized or process piping and priority systems (e.g., clean steam, compressed air, process cooling) that must be addressed during rough‑in.

Critical Power Systems Installation (UPS, generators, switchgear)

• Is installation of critical power systems (UPS, generators, switchgear) required? Options: Yes - full critical power scope, Partial (UPS or generator only), No
• What target redundancy or uptime requirement should the critical power system meet? Options: N, N+1, 2N, Other
• Which fuel or power source is expected for backup generation? Options: Diesel, Natural gas, Electrical only (no generator), Other
• Do you require load bank testing, ATS testing, and full critical power commissioning included? Options: Yes - include testing/commissioning, No - testing by Owner, Partial
• Please specify required run time, transient/load transfer criteria, critical load list, and any site fuel storage constraints.

Interior Fit-Out and Equipment Integration

• Do you require interior fit‑out (partitions, finishes, millwork) and equipment integration as part of scope? Options: Yes - full fit‑out, Partial - core and shell only, No - owner furnished fit‑out
• Will equipment be owner‑furnished or contractor‑supplied (indicate approximate split)? Options: All owner‑furnished, Contractor supplies majority, Mixed - specify
• What finish quality level is required for occupied spaces? Options: Shell only, Basic/utilitarian finishes, High‑quality/representative finishes
• Are there specialty installations (data center racks, process equipment, clean rooms) that require pre‑coordination? Options: Yes, No, Unknown
• Provide a concise list of rooms/equipment to be integrated and any installation tolerances, sequenced deliveries, or vendor installation responsibilities.

• Design-Build Agreement (GMP Contract)
• Statement of Work (SOW)
• GMP Mechanics & Open-Book Pricing Protocol
• Contingency Transparency & Allocation
• Change Order Governance & Pricing Method
• Acceptance, Commissioning & Performance Criteria
• Milestone Payment Schedule & Schedule-Based Retainage
• Bonds, Insurance & Financial Security
• Subcontractor/Subconsultant Approval & Flow-Downs
• Liquidated Damages, Remedies & Schedule Protections
• Dispute Resolution, Termination & Escalation Path
• Contract Execution & Signature Package

• Acceptance & Handover Verification
• Systems Commissioning & Performance Confirmation
• Closeout Documentation, Warranties & Regulatory Compliance
• Lessons Learned & Continuous Improvement Workshop
• Post‑Occupancy Support & Issues Channel Kickoff

• Draft and circulate the lessons learned report and proposed improvement backlog within 7 business days.
• Welcome & Objectives
• Ensure operators are trained and have O&M documentation to operate systems safely and efficiently.
• Establish ownership and timeline for corrective actions and final commissioning sign‑off.
• Deliver final commissioning report with FPT evidence and a remediation schedule within 5 business days.
• Schedule any required retests and operator refresher training within agreed dates.
• Provide inventory list of spares and technical contact information to owner's facilities team.
• Closeout Deliverables Checklist
• Owner confirms receipt and accessibility of all required closeout documents and models.
• Warranty coverage and claim process are clear, with documented start dates.
• Regulatory compliance items and certificates are verified and any outstanding items are tracked.
• Upload final as‑builts, O&M manuals, and commissioning reports to the agreed repository and confirm access.
• Provide a parsed warranty register with start dates and claim contacts to owner's facilities lead.
• Resolve or document any outstanding regulatory items and assign owners with deadlines.
• Agree on a review cadence to monitor implementation of improvements.
• Recap Project Objectives & Constraints
• Produce a documented lessons learned report with root causes and proposed remedies.
• Create a prioritized improvement backlog with clear owners and target dates.
• Enter prioritized enhancement items into CustomerNode with assigned owners and due dates.
• Schedule a 90‑day review meeting to assess progress on implemented improvements.
• Introduce Shared Support Channel
• Operational shared channel is active with appropriate stakeholders invited and permissions set.
• SLAs, triage rules, and escalation paths are agreed and documented.
• Post‑occupancy inspection dates and KPI reporting cadence are scheduled.
• Create the CustomerNode support channel, invite owner and contractor stakeholders, and publish channel guidelines.
• Publish the SLA document and escalation matrix in the channel and confirm recipient acknowledgements.
• Schedule 30/90/180‑day inspections and set up KPI dashboard access for owner stakeholders.
• Mutual agreement that contractual acceptance criteria have been met or a remediation plan is in place.
• Clear, dated owners for all remaining punch list items and evidence required for final sign‑off.
• Decision on final payment triggers and official warranty start dates.
• Produce and deliver an acceptance evidence pack (test reports, photos, certs) to owner within 3 business days.
• Assign and close remaining punch list items with owners and due dates within 10 business days.
• Notify finance to prepare final invoice and process retainage release upon documented acceptance.
• Commissioning Summary
• Confirm systems meet contractual performance metrics or document clear remediation and retest plan.
• Functional Performance Test (FPT) Results
• Issue Triage & SLA Definitions
• Review Acceptance Criteria & Success Signals
• As‑Built Drawings & BIM/Model Handover
• What Went Well (Strengths)
• O&M Manuals, Software Credentials & Maintenance Schedules
• Punch List & Outstanding Items
• Warranty Claims Process & Escalation Matrix
• Deficiency Log & Remediation Plan
• Challenges & Root‑Cause Analysis
• Improvement Opportunities & Solutions
• Operator Training & O&M Handover
• Evidence & Test Result Review
• Scheduled Check‑Ins & Inspections
• Warranty Register & Start Dates
• Reporting & KPI Dashboard
• Regulatory Permits & Certificates
• Prioritization & Assignment
• Financial & Contractual Close Triggers
• Spares, Critical Consumables & Contacts
• Document Repository Access & Retention
• Agree Follow‑up Review Plan
• Immediate Next Actions
• Commissioning Sign‑off
• Sign‑off & Next Steps