Project at a Glance

• Tell me briefly about the building program and the primary use cases that triggered this electrical engagement.
• Describe the project type, choose the closest match. Options: Hospital or health campus, Data center, Industrial plant, Commercial office, School or campus, Mixed use, Other
• How many floors and what total conditioned square footage should your electrical design support?
• When is your target commissioning or occupancy date? Options: Within 3 months, 3 to 6 months, 6 to 12 months, More than 12 months, TBD
• Who on your team will act as the day to day point of contact for design decisions and technical questions? Options: Project architect, Facilities engineer, Construction manager or GC, Owner's representative, Other
• What is the single financial constraint or firm budget threshold that, if exceeded, would pause the electrical scope? Options: Fixed hard cap, Allowable percentage over estimate, Contingency fund only, No fixed cap yet

Why This Project Matters to You

• If the electrical design underdelivers, which operational failure would cause the largest patient safety, uptime, or production impact for you? Options: Loss of critical power, Undersized service causing shutdowns, Insufficient emergency generator capacity, Failure of lighting or life safety systems, Other
• Explain how reliability standards or tier expectations influence your acceptance criteria for critical loads and backup systems.
• Do you have a formal electrical reliability target or uptime metric the design must achieve? Options: 100 percent critical uptime required, High availability target such as 99.99 percent, Tiered by area or system, Not formally defined
• Which spaces must remain operational during utility outages and how would you prioritize their loads? Options: ICUs or operating rooms, Data halls and IT infrastructure, Process production lines, Essential lighting and egress, Other
• How do you currently plan for load growth and future capacity in your projects? Options: Design with spare capacity, Allocate contingency budget for upgrades, No formal plan for growth, Other

Where Coordination Breakdowns Most Hurt

• Which recent coordination failure on a similar project produced the largest schedule slip or change order exposure? Options: MEP model mismatches and clashes, Utility timeline or service delay, Equipment access or clearance issues, Structural or architectural conflicts, Other
• Walk me through your current BIM coordination process, including how models are shared and clash resolutions are tracked. Options: Federated model with formal clash reports, Discipline models shared in coordination meetings, Limited BIM use for documentation only, No BIM workflow currently
• Describe recurring clashes or physical access constraints you see during electrical coordination reviews.
• Who typically raises and who resolves RFIs during construction, and what response SLA do you expect? Options: Seller handles RFIs, Owner's facilities resolves, GC coordinates RFI responses, Shared responsibility
• When utility coordination has slipped on past projects, what downstream cost or schedule impacts did you experience?

Constraints That Can Stop This Project

• What single site condition, permit issue, or utility dependency would force you to pause or cancel the electrical scope? Options: Missing utility easement, Required service voltage not available, Insufficient structural capacity for equipment, Permitting or inspection delays, Other
• Identify any physical access restrictions to electrical rooms, rooftops, or substations that could limit equipment selection or delivery.
• Have you secured a utility service commitment letter or scoping study from the local provider? Options: Yes, committed service letter received, Scoping study done but not committed, No interaction with utility yet, Unsure
• Do you have reliable as built documentation or facility single line diagrams available for tie in and load verification? Options: Complete as builts available, Partial documentation only, No reliable as builts, Unknown
• Name the party responsible for permits and municipal coordination. Options: Owner's facilities team, Project architect, GC or construction manager, Owner's representative, Other
• Estimate the time window you can allocate to coordination workshops before construction mobilization. Options: Less than 2 weeks, 2 to 4 weeks, 4 to 8 weeks, More than 8 weeks

Alternatives You're Weighing

• If you decided not to hire an external electrical consultant, who would take that responsibility and why? Options: In house electrical engineer, Architect's in house team, General contractor, Another external firm, Not decided
• Select which of these alternatives you are actively evaluating right now. Options: Incumbent electrical firm, New external consultant, Rely on architect's team, GC assumes responsibility, Undecided
• Under which conditions would you keep your current electrical approach instead of switching to an outside firm? Options: If budget cannot change, If there is no schedule risk, If GC and contractors endorse current approach, If existing documentation proves accurate, Other
• Has anyone internally proposed solving the coordination and construction responsiveness without external support? Options: Yes, in house suggested, GC proposed handling it, No internal proposal, Discussion only
• Rank the evaluation criteria that matter most when comparing firms, such as building type experience, BIM coordination skills, or RFI turnaround. Options: Project type experience, BIM coordination track record, RFI and submittal responsiveness, Price or fee structure, Contractor recommendations and references, Other

Gates, Deliverables, and What Done Actually Means

• Define the single technical deliverable that would cause your team to sign acceptance without further revision. Options: Final construction documents, Coordination ready BIM model, Utility approval package, Commissioning test plan and reports, Other
• List the drawing sets, BIM elements, and documentation you require at 100 percent construction documents. Options: Electrical single line diagrams, Panel schedules and load listings, Coordination BIM model, Specifications and equipment schedules, Lighting control drawings, Other
• Indicate the minimum acceptable response time for RFIs and submittal reviews during construction. Options: Same day, 1 to 2 business days, 3 to 5 business days, Longer as negotiated
• How will you measure whether on site observation and construction administration met your acceptance criteria? Options: Punch list closure rate, Commissioning test pass rates, No critical change orders, Owner sign off on final checklist, Other
• In the event a constructability issue requires a scope change, which change order governance would you require to proceed quickly? Options: Pre agreed hourly or unit rates, Fixed contingency cap, Formal change order with approval, Owner approval required for any cost impact

Who's in the Room and Who Can Stop It

• Name the stakeholders who must sign off on electrical design decisions and indicate their decision authority.
• Identify the person who will own utility coordination and confirm their availability for weekly check ins. Options: Owner's facilities lead, Project architect, GC or CM, Owner's representative, Other
• List the approvers for final commissioning and, if known, their typical review timelines.
• Does your finance or procurement team require a fixed fee proposal for design phases, or are time and materials acceptable for initial work? Options: Fixed fee required, Time and materials acceptable, Hybrid arrangement, Depends on scope
• Confirm whether any stakeholder has veto authority over equipment brand, major subsystems, or utility providers. Options: Yes, owner specifies brands, Preferred brands but flexible, No veto authority, Unknown

Field Realities and Contractor Experience

• Tell us about the most common contractor complaint about previous electrical designs you relied on.
• Share examples of site logistics or equipment access items contractors flagged that required rework.
• Estimate how much spare capacity, as a percentage, you expect the design to include for future load growth. Options: No spare capacity planned, 5 to 10 percent, 10 to 25 percent, More than 25 percent, Not defined
• Are there specific equipment brands or basis of design constraints your team will not accept changes to? Options: Yes, strict list of brands, Preferred but flexible, No constraints, Unknown
• Should on site observation reveal critical deviations, what timeline do you require for corrective action? Options: Within 24 hours, Within 3 days, Within 1 week, As negotiated

Acceptance Criteria, Testing, and Commissioning

• Define the commissioning test results or metrics that would cause the project to be accepted without reservation. Options: Load test pass within tolerance, Emergency transfer times within spec, All ATS cycles pass, No open critical punch items, Other
• Indicate which party will own witness testing and who will sign the commissioning certificate. Options: Owner's facilities team, Third party commissioning agent, Seller's QA lead, GC
• Explain how you handle utility interconnection milestones and which documents the utility requires to energize.
• Rate how critical timely submittal approvals are to your schedule. Options: Mission critical, Very important, Moderately important, Not critical
• Would you accept phased commissioning, or do you require complete system commissioning before occupancy of any spaces? Options: Phased commissioning acceptable, Complete system commissioning required, Depends on the space

Deciding What Comes Next

• Assuming feasibility and budget align, how soon could your team commit to a mutual kick off and the coordination workshops? Options: Immediately within 2 weeks, Within 1 month, 2 to 3 months, Undetermined
• Select the next three items you want from the seller to move this forward. Options: Preliminary load study, BIM coordination plan, Firm fee proposal, Site visit and survey, Reference project list
• Provide any decision deadlines, red lines, or procurement windows that will determine whether this project proceeds on your current timeline.
• Are there internal approvals, budget cycles, or board reviews that could block signing within the next quarter? Options: Yes, board level approval required, Budget cycle in next quarter, No formal blockers, Unknown
• Clarify what would make you sign an agreement within two weeks after a successful pilot or sample deliverable.

• Coordination Workshop Kickoff and Input Inventory
• Site Conditions and Utility Timeline Validation
• BIM Coordination Risk Workshop
• Coordination Decisions and Action Plan

• Schedule the next coordination review and specify deliverables for the next federated model run.
• Present federated model summary and existing clash report
• Top clashes prioritized and a resolution approach assigned for each high-impact item.
• Integration milestone and acceptance criteria set for the next federated model run.
• Publish the prioritized clash list with the chosen resolution approach for each item.
• Deliver revised discipline models addressing resolved clashes by the agreed integration milestone.
• Log any items that require formal design decisions or scope changes for escalation.
• Recap inputs, site constraints, and prioritized clash list
• Written coordination action plan published with owners, milestones, and acceptance criteria for each task.
• Consensus on which items will follow the change-order process and the escalation path for unresolved risks.
• Publish the final coordination action plan with owners, milestones, acceptance criteria, and escalation path.
• Trigger the change-order process for items recorded as scope changes in the plan.
• Confirm scope, participants, and success criteria
• Validated input register created listing all models, drawings, specs, their versions, and noted gaps.
• Delivery dates defined for each missing item and agreed file format and coordinate standards.
• Publish the validated input register with file versions, missing items, and required formats.
• Provide missing models, drawings, or survey data by the agreed delivery dates.
• Confirm the federated model coordinate system and naming convention for the next integration run.
• Review site survey, geotech notes, and as-built conditions
• Site conditions and utility timeline log documented with identified schedule risks.
• List of required field verifications and permits with target completion dates.
• Document confirmed utility milestones, provider constraints, and procurement lead times in the timeline log.
• Schedule and document field walkthroughs or additional surveys required to close site data gaps.
• Record permit milestones and expected approval dates relevant to coordination and construction sequencing.
• Inventory available models, drawings, and specs
• Walk through the top priority clashes live or with screenshots
• Review proposed resolutions and identify scope changes
• Validate utility point of connection and provider milestone dates
• Identify site access, staging, and equipment delivery constraints
• Identify missing inputs and data gaps
• Agree owners, milestones, and acceptance criteria for each action
• Decide resolution approach for each top clash
• Agree on required field walkthroughs and permit dependencies
• Set deadlines for resolved models and next integration check
• Confirm next coordination review date and deliverables
• Agree input register and next delivery dates

• Solution Experience Session

• Confirm the current state and cost
• You confirm the demonstrated load calculations and service sizing remove the risk of undersized utility service for the reviewed scenarios.
• Seller to deliver annotated Revit excerpts, single-line diagram PDF, and a one-page load growth memo for the validated scenarios before the decision meeting.
• You confirm the shown Revit coordination and equipment clearances eliminate the equipment fit and constructability concerns raised in Discovery.
• Walk through the utility capacity proof scenario
• Buyer to provide final architectural shell drawings, confirmed site utility schedule, and documented load growth assumptions within five business days.
• Seller to produce a draft acceptance checklist with pass/fail checks for construction readiness based on this session and share it for review.
• You agree to the deliverables and measurable acceptance criteria that will be used to validate construction readiness.
• Demonstrate constructability and equipment fit
• Validate code and emergency systems compliance
• You identify any remaining evidence needed before the decision meeting.
• Buyer to confirm the buying committee members who must approve the acceptance checklist and the target date for the decision.
• Confirm acceptance criteria and deliverables
• Forced validation, confirm this maps to your need

• Solution Experience Session
• Solution Experience Deck
• Solution Brief: Electrical Design Approach

• meeting
• slides
• document

• Utility Service Entrance and Metering Design
• Main Distribution One-Line and Load Calculations
• Switchgear, Bus Duct, and Electrical Room Layout
• Generator and Automatic Transfer Switch Design
• UPS and Critical Power Distribution Design
• Panelboard, Feeder Schedules, and Circuiting
• Short-Circuit and Protective Device Coordination Study
• Arc-Flash Hazard Analysis and Labeling
• Lighting Design and Emergency/Exit Lighting
• Lighting Controls, Sensors, and Daylight Harvesting
• Fire Alarm System Design and Details
• Telecommunications and Low-Voltage Infrastructure Design
• Revit MEP Electrical Modeling and BIM Coordination
• Construction Documents, Specifications, and Submittal Packages
• Field Observation and Commissioning Support During Installation

Utility Service Entrance and Metering Design

• Confirm whether you have an existing utility service point of connection and a utility single-line diagram (SLD) available for review Options: Yes, full utility SLD available, Partial information only (meter/service point), No, new service required
• Specify the service voltage and the maximum available fault current at the point of common coupling (PCC) as stated in your utility documentation
• Indicate the metering arrangement you require for revenue and tenant billing (meter at transformer, meter at service entrance, tenant submeters) Options: Meter at transformer, Meter at service entrance, Tenant submeters, Combination / other
• State the load growth allowance you want the service entrance and main transformer sized for over a 10-year horizon (kVA or percentage) Options: No growth allowance, 10% reserve, 20% reserve, Specify kVA or %
• Indicate if your utility service agreement includes special requirements (CT/PT metering, utility CT cabinet, remote disconnect) that must be shown on the service entrance design Options: Yes - requirements documented, No special requirements, Unknown - need utility contact

Main Distribution One-Line and Load Calculations

• Confirm whether you require a project single-line diagram (SLD) that follows NEC labeling and includes transformer, UPS, and generator connection details Options: Yes, full SLD required, Partial SLD for major equipment only, No SLD needed at this phase
• List the load categories to include in the calculations (for example: life‑safety circuits, UPS-backed loads, HVAC motors, process equipment, tenant fit‑out loads) Options: Life-safety, UPS-backed, HVAC/motors, Process/industrial, Tenant loads, Other
• Describe how you want demand factors and diversity applied to HVAC and motor groups in accordance with NEC and project assumptions
• Provide the target load growth or spare capacity you want reflected in the main distribution sizing (reserve in kW/kVA or %) Options: No reserve, 10% reserve, 20% reserve, Specify kW or %
• Identify which code baseline you require the load calculations to follow (for example NEC 2020, NEC 2023, or a project-specific edition) Options: NEC 2020, NEC 2023, Project-specified edition, Other

Switchgear, Bus Duct, and Electrical Room Layout

• Confirm whether you already have electrical room envelope dimensions and architectural coordination drawings for switchgear placement Options: Full dimensions provided, Partial dimensions, No, room to be designed
• Specify the preferred switchgear type and rating including arc-resistant requirement and minimum kAIC rating Options: Draw-out bolted pressure, Arc-resistant required, Fixed type acceptable, Specify kAIC / rating
• Indicate where you expect bus duct routing through the building and identify known penetrations, shafts, or ceiling plenum constraints
• Describe the front and rear clearances, egress paths, and fire‑rated wall adjacency constraints you must enforce per NFPA/local authority having jurisdiction Options: Use standard NEC/NFPA clearances, Project-specific clearances (specify), Other
• Identify who you will designate to approve final electrical room layout and to coordinate conflicting adjacency issues with mechanical and architectural teams

Generator and Automatic Transfer Switch Design

• Indicate the emergency power classification you require for the project (life‑safety, legally required standby, optional standby) and which loads fall in each class Options: Life-safety, Legally required standby, Optional standby, Mixed - specify
• Specify generator fuel type and required runtime (for example diesel with 24‑hour day tank, natural gas, dual‑fuel) and whether NFPA 110 Level 1 or 2 requirements apply Options: Diesel 24-hr, Natural gas, Dual-fuel, Specify fuel & runtime
• Describe the ATS transfer time, load acceptance sequencing, and whether paralleling controls are required for load sharing
• State the testing and site acceptance criteria that will define generator acceptance (for example full-load run, NFPA 110 functional checks, ATS reject tests) Options: Full-load and NFPA 110 tests required, Partial tests acceptable, Specify detailed test list
• Indicate if you require N+1 redundancy, automatic paralleling gear, or phased commissioning for multiple generator sets Options: N+1 paralleling required, Single unit only, Assessment required

UPS and Critical Power Distribution Design

• Confirm the UPS availability or uptime target you require and the runtime at full load (for example 99.999% SLA or 15 minutes at full load) Options: Specify SLA/runtime, Standard 15 minutes, No UPS required
• Specify battery technology and capacity preferences (for example VRLA, lithium‑ion) and whether NFPA 111 battery room rules apply Options: VRLA, Lithium-ion, Specify technology
• Describe which critical systems you require to be supported by the UPS (for example server racks, electronic medical records, operating room equipment) and approximate kW per system
• Indicate how you want UPS bypass and maintenance configurations arranged (static bypass, manual maintenance bypass, maintenance switch) for serviceability Options: Static bypass, Manual maintenance bypass, Both, Specify
• Identify who you will provide as the acceptance test witness for UPS commissioning and battery capacity verification Options: Owner representative, Third‑party commissioning agent, We will witness, TBD

Panelboard, Feeder Schedules, and Circuiting

• Provide the estimated count of distribution panels and whether you require panel schedules delivered in contractor-ready CSV or editable format Options: Panel schedules required (CSV), PDF schedules only, No schedules required
• Specify maximum breaker frame sizes and the minimum available fault current (kAIC) you require to be accommodated at each panel
• Indicate which circuits require surge protection or selective coordination (for example life‑safety, IT loads, sensitive equipment) Options: Life-safety circuits, IT/sensitive electronics, All critical panels, Specify circuits
• State any product restrictions or pre‑approved manufacturer preferences that should be enforced for panelboards or MCC equipment Options: No restrictions, Provide approved manufacturer list, Specify substitution rules
• Confirm whether you want as‑built feeder length tracking and conduit fill calculations included in the contractor submittal package Options: Yes, include as-built tracking, No, not required, Include conduit schedule only

Short-Circuit and Protective Device Coordination Study

• Confirm that you require a short‑circuit study showing available symmetrical and asymmetrical fault currents at each major bus and device Options: Yes, full study required, No study required at this phase, Partial study only
• Describe the selective coordination criteria you require for time‑current curves (TCC) between utility, transformer, and downstream protective devices
• Indicate the preferred deliverable format for protective device settings (relay setting files, PDF setting summaries, or both) Options: Relay setting files, PDF summaries, Both
• State whether arc‑flash incident energy results from the study must feed directly into labeling and PPE tables per IEEE 1584 Options: Yes - use IEEE 1584, No, Alternative method (specify)
• Identify who you will designate to authorize any device setting changes or fuse class substitutions during construction

Arc-Flash Hazard Analysis and Labeling

• Confirm whether you require incident energy calculations and boundary distances on each switchboard, switchgear, and panel per IEEE 1584 and NFPA 70E Options: Yes, full calculations required, No, summary labeling only, Undecided - advise
• Specify the labeling format you prefer on equipment (for example full incident energy with PPE, NFPA category only, or QR code linking to the digital study) Options: Full incident energy with PPE, PPE category only, QR code linking study, Other
• Provide the available fault current and upstream device data you want assumed for the arc‑flash analysis
• Indicate whether there are live‑work policies or PPE exceptions at your facility that labels must reflect Options: Yes - exceptions exist, No exceptions, Policy under development
• Who will you designate to own final label placement verification and to sign off on the arc‑flash labeling package on site Options: Owner, Contractor, We will coordinate, TBD

Lighting Design and Emergency/Exit Lighting

• Provide target illuminance levels (in foot‑candles or lux) you require for key spaces such as operating rooms, patient rooms, data halls, corridors
• Indicate which energy code compliance path you want for lighting: prescriptive, performance (IES/ASHRAE), or baseline trade‑off Options: Prescriptive, Performance (IES/ASHRAE), Baseline trade-off, Specify
• State the emergency and exit lighting duration and backup requirements you must meet (for example 90 minutes, 120 minutes) per local code Options: 90 minutes, 120 minutes, Per code requirement, Specify
• Describe luminaire mounting types, ceiling plenum constraints, and photometric control requirements that will affect point‑by‑point modeling Options: Recessed, Surface-mounted, Pendant, Track, Specify
• Identify who you will provide to confirm room finish reflectances and ceiling plans to enable accurate photometric calculations

Lighting Controls, Sensors, and Daylight Harvesting

• State whether you require lighting controls integrated with the building automation system (BACnet) or standalone networked control nodes Options: Integrated with BAS (BACnet), Standalone networked controls, Simple local controls only
• Indicate which occupancy sensor technology and daylight dimming approach you prefer in open offices and corridors (for example PIR, ultrasonic, dual‑technology, zonal dimming) Options: PIR, Ultrasonic, Dual-technology, Zonal daylight dimming, Specify
• Specify the communication protocol you require for lighting controls (for example DALI, DMX, BACnet) and any gateway expectations Options: DALI, DMX, BACnet, Proprietary, Specify
• Describe how you will verify daylight harvesting performance (for example measured lux setpoints, zonal dimming response) and which acceptance checks you will require Options: Measured lux setpoints and functional test, Owner walkthrough acceptance, Specify acceptance tests
• Indicate whether you require scene presets, emergency override behavior, and emergency lighting integration as part of the control sequences Options: Include scenes and overrides, Basic controls only, Specify required sequences

Fire Alarm System Design and Details

• Confirm that you require a fire alarm design that integrates device locations on floor plans and ties into the building evacuation strategy Options: Yes, full design required, Partial design only, No design required now
• Specify the notification appliance types and audibility/strobe levels required for corridors, sleeping rooms, and assembly spaces per local code
• Identify required interface points between the fire alarm panel and other systems (for example elevator recall, HVAC shutdown, generator ATS interlock)
• Indicate whether an addressable networked fire alarm system is required or if a conventional system will suffice Options: Addressable networked, Conventional, Unsure - need recommendation
• State who you will provide as the point of contact to perform life‑safety review sign‑off and to coordinate agency submittals for the fire alarm system

Telecommunications and Low-Voltage Infrastructure Design

• Provide the count and required sizes of telecommunications rooms (MDF/IDF) and expected rack and patch pane counts for each room
• Specify the cabling standards you require such as Cat6A for copper and OM4/OM5 for fiber or a hybrid structured cabling approach Options: Cat6A, OM4/OM5 fiber, Hybrid structured cabling, Specify
• Indicate whether pathway fill calculations, ladder tray layouts, and spare conduit runs for future capacity must be included in the design Options: Include pathway and spare conduits, Basic layout only, Specify
• Specify which testing deliverables you require for low‑voltage systems (for example fiber OTDR reports, copper certification, or both) Options: Fiber OTDR, Copper certification, Both, Other
• Identify who you will provide to confirm telecommunications room cooling and power requirements to be included in electrical load calculations

• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Fee Schedule & Payment Terms
• Change Order Agreement
• Utility Coordination Authorization
• Commissioning & Construction Administration Roles Confirmation
• Insurance & Professional Liability Certification
• Acceptance Criteria & Final Deliverables Sign-off
• Submittal Response & RFI Service Level Agreement
• Permits, Fees, and Third-Party Costs Responsibility

• Go-live Health Check (weeks 1-4)
• First Measurement Review (weeks 4-10)
• 90-Day Outcome Validation
• Quarterly Operational Review
• Annual Lessons Learned and Reliability Audit

• Produce the quarterly operational report with trend charts and open-ticket details.
• Schedule and document field retests with pass/fail criteria and closure steps.
• Open long-lead remediation tracker entries with milestone dates and visibility in the shared channel.
• Trend review of uptime and open warranty tickets
• Operational metric trends are reviewed and persistent issues have assigned remediation paths.
• As-built documentation is confirmed current or required updates are scheduled.
• Enhancement requests are triaged and recorded in the shared channel with priority levels.
• Reconfirm acceptance criteria and owners
• Schedule any required design clarifications or minor field corrections and list retest dates.
• Ensure the as-built BIM and documentation repository is versioned and accessible in the shared channel.
• Full-year reliability and compliance audit
• Annual reliability and compliance metrics are validated against Engineering Scope targets and recorded.
• A concise lessons learned document is produced and distributed.
• A long-term maintenance plan and governance model for the shared warranty/enhancement channel is agreed.
• Publish the annual audit report with metric summaries, evidence, and lessons learned.
• Create the 12-month preventive maintenance schedule and monitoring alert definitions.
• Document the warranty and enhancement governance process and where items will be tracked in the shared channel.
• All required handover deliverables are confirmed present or a remediation plan is recorded.
• Top 5 early issues and their remediation owners and target dates are recorded.
• Decision recorded on legacy system disposition and data archive status.
• Publish a single handover checklist showing which deliverables are complete and which require remediation.
• Create a consolidated punchlist with target resolution dates and a remediation owner column for each item.
• Establish the shared warranty and enhancement channel for ongoing issue tracking and communication.
• Present first 30- to 60-day reliability and compliance data
• Measured values for the named metrics are recorded and compared to the targets in Engineering Scope.
• Root cause for each out-of-spec metric is documented and a remediation plan with dates is agreed.
• Retest criteria and timeline to demonstrate metric recovery are established.
• Publish the measurement report showing metric values, variance to Engineering Scope targets, and linked evidence.
• Create remediation tasks for each out-of-spec item with a retest date and pass criteria.
• Update as-built BIM and single-line diagrams where field changes occurred and record versioning in the shared channel.
• Present cumulative 90-day performance
• All residual non-conformances and warranty items are cataloged with remediation plans and resolution dates.
• Retest schedule is agreed and evidence requirements for closure are defined.
• Monitoring checkpoints for long-lead items are added to the quarterly cadence.
• Publish the 90-day outcomes package with test logs, inspection reports, and updated punchlist.
• Handover and as-built deliverables check
• Warranty ticket burn-down and root-cause actions
• Lessons learned workshop
• Review outstanding non-conformances and warranty tickets
• Diagnose root causes for any gaps
• Agree corrective actions and timeline
• Field verification and retest planning
• Long-term maintenance and monitoring plan
• Early operations and adoption signals
• BIM as-built maintenance and documentation updates
• Open punchlist, warranty and RFI log review
• Enhancement and change request triage
• Warranty channel and enhancement governance
• Confirm progression to ongoing realization cadence
• Document residual risks and long-lead remediation
• Incumbent system wind-down checkpoint