Starting Simple: Tell Us About This Project

• What is the project's name and physical address (or campus and building ID)?
• Which of these best describes the primary commissioning trigger for this project? Options: LEED enhanced commissioning requirement, Local code/energy requirement, Owner request after prior building failures, Tenant/occupancy risk mitigation, Energy savings target, Other
• What is the building type and approximate square footage? Options: Office, Multifamily residential, Healthcare, Education, Retail, Industrial/warehouse, Mixed-use, Other (please specify)
• At what project phase are you engaging a commissioning provider? Options: Design phase, Pre-construction, Active construction, Near substantial completion, Post-occupancy
• Which outcomes matter most for this engagement (select up to three)? Options: Avoid occupancy delays, Reduce comfort complaints, Limit warranty exposure, Meet certification/code, Optimize energy performance, Improve maintainability

Are You Comfortable Being Surprised at Handover?

• How often have handovers revealed late surprises that felt avoidable? Options: Almost every project, Often, Sometimes, Rarely, Never
• Tell us about the most recent handover surprise you faced — what failed, who noticed it, and how was it discovered?
• Which systems have historically produced the most post‑occupancy problems on your projects? Options: HVAC distribution (duct/pipe), Controls/automation, Domestic hot water/plumbing, Electrical distribution, Building envelope/air leakage, Air/water balancing
• When those problems occurred, which party carried the operational or reputational burden most (select all that apply)? Options: Facilities team, Owner's PM/rep, General contractor, Subcontractors, Tenants, Commissioning agent
• How long did it typically take to identify and resolve the root cause after occupants moved in? Options: Days, Weeks, Months, Over a year, Still unresolved

What’s Getting in the Way of a Clean Handover?

• If you could name one internal assumption that keeps letting issues slip through, what would it be?
• Which stakeholders or project behaviors most commonly block third‑party verification? Options: Contractor schedule pressure, Resistance from trades, Late design changes, Insufficient access windows, Unclear roles/responsibilities
• How often do automation sequences get finalized only after turnover, and what impact has that had? Options: Always, Often, Sometimes, Rarely, Never
• What specific documentation or process gaps have caused the most downstream confusion (e.g., incomplete O&M manuals, missing sequence descriptions)?
• Have you previously asked a commissioning agent to coordinate corrective actions as part of scope? What worked or didn’t? Options: They coordinated and verified fixes successfully, They only documented issues, They helped but lacked authority to close items, We have not tried this before

Who Would You Rather Point Fingers At — Or Partner With?

• If a major system failed after occupancy, what is your worst-case worry about how responsibility will be assigned? Options: Contractor blamed and disputes ensue, Manufacturer warranty gaps, Facilities team blamed, Commissioning agent dismissed, Unclear/shared liability
• How do you prefer deficiencies to be framed in reports so they lead to resolution rather than arguments? Options: Action-focused corrective steps, Severity-ranked punchlist, Root-cause analysis with owners, Time-stamped measurement evidence, Combination of the above
• Describe an escalation path that actually resolved a dispute quickly on a prior job — who initiated it and how did it end?
• How important is an independent, neutral commissioning voice when tensions rise between GC, subs, and owner? Options: Critical — prevents claims, Very important, Somewhat important, Not very important
• Would you want the commissioning provider to actively coordinate corrective work, or to strictly verify and report? Options: Coordinate fixes and verify, Document and verify only, Lead corrective work under change order, Unsure — depends on cost

If You Could Snap Your Fingers, What Would Day One Feel Like?

• Imagine perfect occupancy day — what three things would prove to you the building is performing as intended? Options: Stable thermal comfort, Controls following schedules precisely, No tenant comfort complaints, Expected energy consumption, Quickly resolvable punchlist
• Which specific metrics or signals would you want included in a success dashboard? Options: Temperature variance by zone, VFD/loop flow balance, Ventilation air rates, Setpoint adherence, Energy intensity (EUI)
• How would you like seasonal post‑occupancy verification to be structured and for how long? Options: 12 months with two seasonal checks, 12 months with quarterly checks, 6 months only, 24 months, Ad hoc as complaints arise
• Who on your team needs to feel the building is ’done’ for you to consider the engagement successful?
• What trade‑offs would you accept: a slightly higher upfront cost for fewer post-occupancy issues, or lower upfront cost with higher risk later? Options: Pay more now to reduce later risk, Prefer lower upfront cost, Balance both depending on project

Who’s in the Room and Who Decides?

• Who are the primary decision-makers we should engage during discovery and contract review? Options: Director of Facilities, Owner’s PM/rep, Capital Projects Director, Sustainability Manager, Procurement/Legal
• Which individuals or roles must sign acceptance documents at turnover? Options: Director of Facilities, Owner's PM, General Contractor, Commissioning Agent, Tenant Representative
• Which stakeholders, if any, are likely to resist third‑party testing and why? Options: GC — schedule pressure, Trade contractors — scope concerns, Design team — redesign fears, Procurement — cost concerns, None
• What level of technical detail is preferred in reports for your operations team (highly detailed, executive summary with attachments, or both)? Options: Highly detailed for technicians, Executive summary + attachments, Interactive dashboard + summary, Other
• Who will be responsible internally for responding to corrective actions and coordinating with trades? Options: Facilities team, Owner's PM, GC, Third‑party maintenance contractor, TBD

What’s the Real Timeline — and the Hidden Deadlines?

• What hidden or non‑negotiable dates underneath the schedule would cause the project to fail if slipped?
• Is the certificate of occupancy a firm date, a target with flexibility, or yet to be determined? Options: Firm date — cannot slip, Target date — some flexibility, Undetermined
• Are there tenant move‑in windows or lease commitments we must protect? Options: Yes — fixed move‑in date, Yes — flexible window, No tenants moving in, Not sure
• How constrained are on‑site testing windows because of sequencing (e.g., only nights, only weekends, concurrent trades)? Options: Very constrained — limited windows, Some constraints — possible coordination, Open access — flexible
• What typical site readiness issues (access, system commissioning mode, temporary power) should we anticipate?

How Much Risk Are You Willing to Carry?

• What level of post‑occupancy issues would you tolerate before escalating to a formal warranty claim? Options: Zero tolerance — immediate claim, Minor issues tolerated, Depends on system criticality, Unsure
• List your top three fears about warranty exposure or post‑occupancy disputes.
• Have prior warranty disputes led to cost recovery or litigation? Briefly describe what happened and the outcome.
• Would you favor preventive, season‑long verification that may add upfront cost but reduce later claims? Options: Yes — prioritize prevention, Maybe — depends on cost, No — minimize upfront spend
• How do you weigh immediate schedule certainty against potential lifecycle savings and reduced warranty risk? Options: Prioritize lifecycle savings, Prioritize schedule certainty, Balance both equally

If We Could Prove Value Quickly, What Would Convince You?

• Which proof points would make you comfortable selecting our commissioning plan today? Options: Case studies from similar buildings, Facility manager references, Measured before/after performance, Guaranteed non‑delay scheduling, Clear corrective-action process
• Which elements in past commissioning reports have most convinced your team to act (e.g., cost-savings examples, photographic evidence, trend charts)? Options: Clear corrective actions with timelines, Before-and-after measurements, Photographic and video evidence, Trend data with timestamps, Executive summary with RAG status
• Do procurement rules require a specific contract type or insurance limits for third‑party commissioning? Options: Yes — specific contract/limits, Preferred but flexible, No strict requirements, Unsure — need to confirm
• Which pricing model do you prefer for commissioning services? Options: Fixed-price for scope, Milestone-based payments, Time-and-materials, Hybrid
• What would be the most useful next step to validate fit (intro call, site visit, draft scope, sample report)? Options: Introductory call, Site visit/walkthrough, Draft scope & estimate, Sample commissioning report

Quick Confirmations & Access

• Who should be our primary contact for scheduling and site access (name, role, phone/email)?
• Who controls site access and contractor cooperation on site during testing? Options: General Contractor, Owner’s PM/rep, Facilities team, Security, Other
• What is your preferred way to receive and review our reports and deficiency lists? Options: Email PDF, Shared platform (CustomerNode), Project management tool (Procore/PlanGrid), Cloud drive with links, Interactive dashboard
• Is there anything else about project context, prior building history, or stakeholder dynamics we should know to shape our approach?

• Solution Experience Intake
• Failure Modes & Consequence Workshop
• Tailored Commissioning Solution Experience
• Acceptance Criteria, Reporting & Resolution Workflow Alignment
• Validation & Mutual Commit

• Establish escalation paths and sign-off responsibilities to prevent adversarial claims at handover.
• Agree the initial mapping from specific commissioning activities to each prioritized failure mode.
• Customer to provide sample trouble tickets, tenant complaint emails, and any cost records for highest-impact failures.
• Commissioning team to draft a risk heatmap and preliminary test matrix mapped to failure modes.
• Identify technical SME(s) to join the Tailored Commissioning Solution Experience.
• One-sentence Future State Confirmation
• Prove, with customer data or directly analogous case evidence, that specific commissioning activities would have prevented top failures.
• Tie each demonstrated activity back to quantified consequence reduction.
• Obtain stakeholder validation that the proposed future state and pilot scope align with their priorities.
• Commissioning team to deliver the tailored test plan and example report for the demonstrated tests.
• Customer to confirm pilot zones/systems and provide site access windows for the pilot.
• Schedule the pilot pre-functional checks and on-site demonstration dates.
• Review Proposed Acceptance Criteria
• Lock down measurable acceptance criteria and success signals that satisfy owners and contractors.
• Agree on a deficiency reporting and resolution workflow focused on rapid remediation.
• Introductions & Objectives
• Finalize and distribute the acceptance criteria document and sign-off templates.
• Customer and contractor to nominate escalation contacts and agree SLAs.
• Commissioning team to configure the deficiency report template in shared project workspace.
• Recap: Current State, Consequences, Future State (Diagnosis -> Proof -> Validation)
• Obtain stakeholder sign-off to proceed with the pilot and movement into Deployment Enablement.
• Confirm pilot start date, required resources, and site access are in place.
• Ensure commercial/PO items needed to trigger work are identified and owners assigned.
• Issue engagement letter or PO request to initiate pilot work.
• Schedule Pre-Deployment Readiness meeting and circulate required site access checklist.
• Distribute meeting minutes with assigned owners and deadlines for all open items.
• Have a single-sentence, validated current state that all stakeholders accept.
• Surface and agree the concrete consequences the owner faces if issues persist.
• Confirm all required artifacts and prework with owners and set deadlines for delivery.
• Customer to upload facility drawings, BAS logs, complaint/warranty history, and prior reports to shared folder.
• Assign single owner(s) for artifact delivery and stakeholder list for subsequent meetings.
• Schedule Failure Modes & Consequence Workshop with required participants.
• Recap Current State & Artifacts
• Produce a prioritized list of failure modes explicitly tied to building systems.
• Have quantified consequences for the top failure modes to create urgency.
• Diagnosis: Walkthrough of a Real Failure Case
• Inventory of Past Failures
• Pilot Plan & Schedule Review
• Deficiency Reporting Format
• Required Prework Review
• Resource & Access Confirmation
• Current State Snapshot (one-sentence)
• Resolution Workflow & SLAs
• Quantify Consequences
• Proof: Demonstrate the Commissioning Test that Detects/Prevents It
• Prioritize Risks
• Commercial & Contractual Checklist
• Consequence Framing
• Escalation Paths & Neutral Dispute Resolution
• Parallel Testing & Schedule Proof
• Link Failures to Commissioning Activities
• Tieback: Map Each Test to Consequence Reduction
• Schedule Integration: How Testing Fits the Construction Calendar
• Mutual Commit & Next Milestones
• Success Signals & Future-State Draft
• Next Steps & Data Handoff
• Forced Validation & Clarifying Questions
• Sign-off Templates & Next Steps
• Validation Checkpoint
• Agree Pilot Scope

• Pre‑Functional Inspections and Checklist Execution
• HVAC Functional Performance Testing (AHUs, VAVs, RTUs)
• Air and Hydronic Water Balancing
• Building Envelope Air Leakage Test (Blower Door)
• Duct Leakage Testing and Sealing
• Controls Sequence Testing and Calibration
• Electrical System Testing and Load Verification
• Plumbing Flow, Pressure, and Leak Testing
• Thermal Imaging and Infrared Diagnostics
• Commissioning Deficiency Documentation with Corrective Actions
• Operational Training for Facilities Staff on BAS
• Seasonal HVAC Re‑Testing (12‑Month Heat/Cool Cycle)
• Subcontractor Punchlist Verification and Closeout Testing
• Systems Manual Development and Handover

Pre‑Functional Inspections and Checklist Execution

• Do you want pre‑functional inspections and checklist execution included? Options: Yes, No
• Which trades/subsystems should be covered by pre‑functional checklists? Options: HVAC, Controls/BAS, Electrical, Plumbing, Envelope, Other
• When should pre‑functional inspections occur relative to equipment startup? Options: Before equipment startup, During subsystem installation, At rough‑in inspection, Other / custom timing
• Which checklist standards or templates do you require? Options: Standard commissioning checklist, LEED/CHW/Local code checklist, Owner‑provided checklist, Custom checklist (describe)
• Are there access, safety, or scheduling constraints that affect inspection timing? Options: Full access during daytime, Restricted access (night/weekends), Requires escorted access, Other
• Please list any existing checklists, protocols, or recent inspection reports we should align with.

HVAC Functional Performance Testing (AHUs, VAVs, RTUs)

• Which HVAC equipment types should be included in functional performance testing? Options: AHUs, VAV boxes, RTUs, Fan coils, Heat recovery units, Other
• What performance acceptance criteria should tests use (temperature tolerances, airflow, pressures)? Options: Owner standard, Design documents / spec values, LEED or code criteria, Specify custom criteria
• Do you have baseline design or control sequences available to validate against? Options: Yes, full sequences/design documents, Partial documentation, No, please assume commissioning standard sequences
• Are there known failure modes or areas of concern (e.g., poor balancing, stuck dampers) we should prioritize?
• Will testing need temporary equipment runtimes, staging, or contractor support to operate systems? Options: Yes - contractor support required, Yes - temporary runtimes only, No - normal operations suffices
• Is there a target window for testing to avoid delaying substantial completion (dates or milestones)?

Air and Hydronic Water Balancing

• Do you require air balancing, hydronic balancing, or both? Options: Air balancing only, Hydronic balancing only, Both air and hydronic, Undecided
• What is the scale of the project (approx. conditioned area / number of floors / number of VAVs or terminal units)? Options: Small (<25k sq ft), Medium (25k–100k sq ft), Large (>100k sq ft)
• Are initial design flow/pressure targets or as‑built duct/pipe sizes available for balancing? Options: Yes - full design documentation, Partial documentation, No - estimates only
• What site access or scheduling constraints affect balancing activities? Options: Full access during working hours, Limited hours / night work, Phased access by floor/zone
• Should balancing include verification of controls interactions (e.g., VAV reheat, economizers)? Options: Yes, No, Only for critical zones
• Please describe any expected coordination with mechanical contractors or balancing subcontractors.

Building Envelope Air Leakage Test (Blower Door)

• Do you need a building envelope air leakage test (blower door / whole‑building or component testing)? Options: Yes, whole‑building test, Yes, component tests (doors/windows), No / not required
• Which test standard or target do you want to meet? Options: ASTM/ISO (specify), Local energy code, LEED / Passive House target, Owner specified ACH or CFM criteria
• What is the conditioned area or approximate building volume to plan equipment and technicians?
• Are there known envelope issues (moisture, flashing, poorly sealed penetrations) that should be investigated? Options: Yes, No
• Will thermal imaging or smoke testing be combined with the blower door test? Options: Yes - thermal imaging, Yes - smoke testing, No, Undecided
• Are there access or occupancy constraints (furniture, finishes, tenant areas) that affect testing timing? Options: Unrestricted, Restricted / phased access, Night/weekend required

Duct Leakage Testing and Sealing

• Do you require duct leakage testing and verification? Options: Yes, No
• Which duct systems should be tested (e.g., supply, return, outside air, rooftop units)? Options: Supply ducts, Return ducts, Outside air ducts, Unitary RTU ducts, All of the above
• What leakage acceptance criteria or standard should we use? Options: SMACNA leakage class, Percent of design flow (e.g., <5%), Owner specified CFM limit, Code/LEED requirement
• Should sealing be performed by the contractor and then verified, or do you want third‑party sealing assistance? Options: Contractor seals; third‑party verifies, Third‑party performs sealing, Contractor only; no third‑party
• Are there long duct runs, plenums, or concealed areas that may affect access for testing/sealing? Options: Yes, No, Unknown
• Please describe any project constraints (scheduling, finishes, occupancy) that impact duct testing.

Controls Sequence Testing and Calibration

• Do you require formal controls sequence testing and calibration of BAS points? Options: Yes, No
• Is sequence of operations documentation available for the BAS and major equipment? Options: Complete sequences available, Partial sequences, No sequences available
• Which BAS platforms/vendors are present (select all that apply)? Options: Tridium/Niagara, Siemens, Johnson Controls, Schneider, Other / custom
• Are control points tagged and accessible via network or do we require on‑site point mapping? Options: Tagged and network accessible, Tagged but no network access, Untagged / point mapping required
• Will remote access be provided for pre‑check and off‑site troubleshooting? Options: Yes, No
• List critical sequences or alarms that must be validated (e.g., economizer lockout, fire suppression interlocks).

Electrical System Testing and Load Verification

• Do you want electrical system testing and load verification included? Options: Yes - full service, Partial (critical loads only), No
• Which electrical systems are in scope (select all that apply)? Options: Main service, Branch circuits, UPS/critical power, Generator testing, Switchgear/panel verification
• Is single‑line diagram and metering data available to support load verification? Options: Yes - complete documentation, Partial, No
• Should testing be performed under normal operating load or with simulated loads? Options: Normal operating load, Simulated/test load, Both
• Are there safety or shutdown windows that constrain electrical testing? Options: Yes - shutdown windows required, No restrictions, Limited windows - provide schedule
• Please describe any critical continuity, grounding, or protective device concerns to prioritize.

Plumbing Flow, Pressure, and Leak Testing

• Do you require plumbing flow, pressure, and leak testing? Options: Yes, No
• Which plumbing systems are in scope (select all that apply)? Options: Domestic cold water, Domestic hot water, Sanitary/drainage, Stormwater, Hydronic heating/cooling
• Are design pressures/flow rates and as‑built piping diagrams available? Options: Yes - complete, Partial, No
• Will tests require isolation of areas or temporary water shutdowns? Options: Yes - planned shutdowns available, Yes - limited shutdowns, No
• Do you want camera or leak detection technology used for concealed piping inspections? Options: Yes - include camera inspection, No, Undecided
• Please note any prior plumbing issues or areas of concern (e.g., repeated leaks, low flows).

Thermal Imaging and Infrared Diagnostics

• Is thermal imaging / infrared diagnostics required as part of commissioning? Options: Yes, No
• What target areas should be inspected with IR (select all that apply)? Options: Envelope (windows/thermal bridges), Electrical panels and switchgear, Piping and insulation, Roof/wall assemblies, HVAC ductwork
• Are there time‑of‑day or seasonal constraints for accurate thermal imaging? Options: Daytime, Nighttime, Both, Seasonal window required
• Should IR diagnostics be paired with blower door, duct testing, or electrical load tests? Options: Yes - pair with blower door, Yes - pair with duct/leak tests, Yes - pair with electrical testing, No pairing required
• Please describe any known hotspots, condensation, or insulation concerns to target.

Commissioning Deficiency Documentation with Corrective Actions

• What report format do you prefer for deficiency documentation? Options: Punchlist with photos, Categorized by severity with root‑cause notes, Tracker with remediation owners and due dates
• Who should be assigned responsibility for corrective actions? Options: General contractor, Trade contractor, Owner / facilities, Commissioning agent to manage
• What closure criteria do you require for verifying a deficiency is resolved? Options: Evidence of repair + retest, Photo/video only, Owner sign‑off, Contractor affidavit + retest
• Do you require severity levels and SLA timelines for remediation? Options: Yes - severity + SLA, No - standard punchlist timing, Custom timelines (specify)
• Should deficiency reports be integrated into your existing project management system? Options: Yes - integrate (specify system), No - deliver standalone reports
• Please provide any contractual or dispute escalation requirements related to deficiency resolution.

Operational Training for Facilities Staff on BAS

• Do you want operational training for facilities staff on the BAS and major systems? Options: Yes, No

• Statement of Work (SOW)
• Master Services Agreement (MSA)
• Commercial Terms & Payment Schedule
• Acceptance Criteria & Test Protocols
• Scheduling & Milestone Agreement
• Reporting & Deficiency Resolution Protocol
• Escalation & Dispute Resolution Path
• Change Order Process
• Site Access, Safety & Equipment Custody
• Controls & Data Access Authorization
• Contractor Coordination Acknowledgment
• Owner Representative Sign-off
• Confidentiality & Data Protection (NDA)
• Warranty & Post-Occupancy Verification Commitment
• Kickoff & Pre-Deployment Readiness Confirmation

• Success Outcomes Confirmation
• Seasonal Post‑Occupancy Verification Review
• Deficiency Closure & Remediation Workshop
• Shared Channel & Remediation Tracking Setup
• Continuous Improvement & Lessons Learned

• Ensure all stakeholders have access and basic training to use the tracker effectively.
• Open Deficiencies Roll Call
• Remove ambiguity by assigning every open deficiency an owner, corrective action, and closure criteria.
• Lock remediation windows that avoid delaying occupancy or warranty start dates.
• Agree escalation triggers and next verification checkpoints.
• Update the deficiency tracker with owner, target completion date, and verification evidence requirements.
• Notify responsible contractors and owner reps of assigned tasks and scheduled windows.
• Schedule follow‑up verification meeting to confirm closures and evidence.
• Current Communication State
• Agree on a single shared channel and issue lifecycle to prevent information loss and finger‑pointing.
• Define SLAs and notification rules so remediation progress is visible and timely.
• One‑sentence Current State
• Provision accounts and permissions for the agreed user list and import current deficiency records.
• Publish the workflow document and SLAs to the shared channel and pin for visibility.
• Schedule and deliver short training sessions for contractors and facilities staff.
• One‑sentence Current State Recap
• Capture actionable lessons and convert them into a prioritized improvement backlog.
• Assign owners and timelines for updates to commissioning artifacts (checklists, acceptance criteria, reporting templates).
• Agree on a KPI set and regular review cadence to sustain continuous improvement beyond warranty.
• Publish the lessons learned report and prioritized backlog to the shared channel with owners and target dates.
• Update commissioning templates and pre‑functional checklists based on agreed improvements.
• Schedule the first quarterly performance review and assign KPI owners.
• Formally confirm which success signals are met and which are not.
• Quantify exposure for unmet signals to create urgency for remediation.
• Decide and document acceptance status or required remediation plan with clear owners and timelines.
• Issue formal acceptance memo for signals that passed with signatures from owner and CA.
• Create remediation plan for failed signals with owners, acceptance criteria, and verification dates.
• Publish meeting summary and update the shared remediation tracker.
• Seasonal Testing Current State
• Validate seasonal performance against acceptance criteria and identify outstanding seasonal gaps.
• Schedule and commit to remaining seasonal tests and signoff dates to complete 12‑month verification.
• Ensure facilities team has required data and access to continue monitoring between tests.
• Publish seasonal test datasets, annotated reports, and recommended corrective actions to the shared channel.
• Schedule remaining seasonal verification visits with confirmed contractor access windows.
• Hand over data streams and dashboards to facilities with documentation and point of contact.
• Consequences Observed
• Platform & Workflow Demonstration
• Success Signal Review
• Test Results Summary
• Assign Corrective Actions & Owners
• Consequence Quantification
• What Worked / What Didn't
• Acceptance Criteria & Evidence Requirements
• Issue Lifecycle & SLAs
• Impact Assessment
• Root Cause Validation
• Corrective Path for Seasonal Issues
• Prioritized Improvement Backlog
• Roles, Notifications & Permissions
• Scheduling Constraints & Coordination
• Monitoring KPIs & Review Cadence
• Decision & Acceptance Path
• Escalation & Warranty Handoff
• Complete the 12‑Month Verification Plan
• Training & Onboarding Plan
• Next Steps & Owner Assignments