Tell Us About Your Building's Story

• Project name, building/space type, and expected peak occupancy (brief):
• Which of these best describes the primary facility type for this commissioning engagement? Options: University / Research lab, Hospital / Healthcare, Data center / Critical IT, Corporate campus / Office, Government / Civic, K–12 school, Mixed-use / Retail, Other
• What phase is the project currently in? Options: Programming / Pre-design, Schematic design, Design development, Construction, Substantial completion / Closeout, Occupied / Retro-commissioning
• Target completion date or commissioning window (month/year or range):
• Who will be our main day-to-day contact for scheduling, access, and decisions? Please include name, role, and best contact method.

What Keeps You Awake at Night?

• If the systems in this building underperform after handover, what single outcome would feel catastrophic to you or your stakeholders? Options: Critical patient comfort/safety issue, Data center downtime, Failure to meet energy/LEED targets, Frequent occupant complaints, Regulatory non-compliance, Major warranty disputes, Other
• Which recent building or project failure most influences your concern here? Tell us what happened and how it affected operations, budget, or reputation.
• How often do you currently receive occupant comfort or systems complaints at comparable facilities? Options: Daily, Weekly, Monthly, Occasionally (a few times a year), Rarely/never
• How would unresolved commissioning issues typically show up for you—immediate outages, recurring comfort complaints, energy spikes, or operational confusion? Options: Immediate outages, Recurring occupant complaints, Elevated energy use vs model, Controls instability / alarms, Maintenance backlog, Other
• How does the possibility of these outcomes make you feel about the project right now? Options: Very anxious, Somewhat concerned, Cautiously optimistic, Confident, Unsure

Where Have You Quietly Compromised?

• Which performance expectations have you already deprioritized because they felt too risky, costly, or time-consuming to guarantee? Options: Tight temperature/humidity control, Full redundancy for critical loads, Exact energy model match, Comprehensive documentation, Thorough training for operations staff, None—we expect full delivery, Other
• Tell us about known or suspected deficiencies in the existing design or installation (controls gaps, undersized equipment, ventilation imbalance, etc.):
• How capable is your in‑house maintenance team to take on commissioning-related remediation and ongoing tuning? Options: Fully capable and staffed, Capable with some gaps, Limited capability; need contractor support, No in-house capability
• What recurring maintenance or warranty headaches have cost you the most in past projects (labor, downtime, escalation to vendor, etc.)?
• What is your acceptable level of risk for leaving a deficiency unresolved at handover (e.g., minor, moderate, zero tolerance for critical systems)? Please explain: Options: Zero tolerance for critical systems, Zero tolerance for any safety/health risk, Moderate tolerance for non-critical items, Acceptable to defer non-urgent items to warranty period

If Systems Could Speak, What Would They Tell Us?

• Which system do you suspect will be the first to cause issues after occupancy—and why do you expect that? Options: HVAC (airside), HVAC (hydronic), Building automation/controls, Electrical distribution, Emergency power / generators, Plumbing / domestic water, Fire protection, Lighting controls, Other
• Which operational scenarios are highest priority to prove during commissioning (select all that apply)? Options: Full cooling load, Full heating load, Economizer/ventilation performance, Emergency generator transfer, Selective equipment failure / redundancy, Night setback / unoccupied modes, Peak electrical demand response, Other
• What measurable signals will tell you a system is performing: comfort readings, energy per square foot, delta-Ts, CO2 levels, uptime percentage, or something else? Options: Temperature spread (°F/°C), Energy use (kWh or EUI), Relative humidity (%), CO2 / IAQ ppm, Uptime / availability (%), Delta‑T across coils/pumps, Number of alarms/trips, Other
• For the top 2 measurable signals you selected, what are realistic acceptance tolerances (enter values or ranges)?
• How important is proving failure-mode behavior (e.g., single-train failure, transfer to backup) during commissioning? Options: Critical—must be demonstrated, Important—if feasible, Nice to have, Not necessary

Putting Numbers to Success

• How will you quantitatively measure commissioning success—what are your primary KPIs (choose up to three)? Options: Comfort (setpoint deviation minutes/hours), Energy performance vs model (EUI), System availability/uptime, Number of open deficiencies at handover, Time-to-resolution for defects, Staff competency / training outcomes, Compliance with design intent
• What is an acceptable percentage or count for sampling strategy during functional tests (e.g., 100% of critical points, 10% spot checks)? Options: 100% critical points, 50–99% critical points, 25–50% sampling, Spot checks only (10–25%), Custom sampling plan—discuss
• Who on the owner’s team will be authorized to sign off on final acceptance for systems (name/role)?
• What timeline do you expect for retesting remediated deficiencies before final acceptance? Options: Within 1 week, 1–2 weeks, 2–4 weeks, Flexible / based on severity
• Are there required reporting formats, templates, or vendor certifications we must follow for acceptance? Options: Owner-provided templates, A/E specified requirements, LEED/third-party verification, Regulatory inspection requirements, No formal templates—use standard commissioning report, Other

Who Holds The Keys?

• If a trade-off must be made between schedule, cost, and scope during commissioning, who on your side has final decision authority? Options: Owner / Board-level, Owner Project Manager, Facilities Director/Engineer, Sustainability Lead, A/E of record, Procurement/Contracts, Other
• Which internal stakeholders should be engaged for commissioning milestones and approvals (select all that apply)? Options: Facilities / Operations, Project Management / PMO, Sustainability / Energy Team, Clinical / Lab leadership, IT / Data center ops, Procurement / Contracts, Legal / Risk, Other
• How available will decision-makers be during construction and commissioning—able to attend witness tests or only reach by escalation? Options: Highly available for site visits, Available for scheduled milestones, Only available for escalations, Not available—delegate to PM/Facilities
• Describe your preferred escalation path when commissioning uncovers a major conflict (e.g., immediate stop work, coordination meeting within 48 hours):
• Who will own operational acceptance after commissioning (owning accountability for daily operation and maintenance)? Options: Facilities / Maintenance, Building Operations Manager, Third‑party O&M contractor, Departmental owner (labs, clinics), Shared responsibility—explain

What Would Moving Forward Require?

• What would make you decline a commissioning engagement even if the price and schedule were acceptable? Options: Lack of commissioning experience for our building type, Unclear scope or deliverables, Insufficient availability for site visits, Contractual risk allocation concerns, Poor references, Other
• Are there procurement, insurance, or contract clauses that are non-negotiable for you (e.g., limits of liability, performance bonds, SLAs)? Please list or attach details:
• Before field testing begins, how ready is the site for commissioning (access, labeled test points, controls connectivity, contractor coordination)? Options: Fully ready, Mostly ready—minor items, Partially ready—needs significant prep, Not ready—preparation required
• Which practical constraints should we know about for scheduling site visits and witness tests (access windows, security clearance, shutdown windows, union rules)?
• If we propose a mutual commit with milestones, what cadence of meetings and reporting would you find most useful during delivery? Options: Weekly progress calls, Bi-weekly, Milestone-only meetings, Ad-hoc as-needed, Monthly executive summaries
• What immediate next step would you prefer from us to move this conversation forward? Options: Preliminary scope and fee proposal, On-site readiness review, Design review comments (if design phase), Draft commissioning plan, Schedule a kickoff meeting

Starting Where We Are: A rapid snapshot

• Which facility, campus, or specific project are we mapping today? Options: University building, Hospital/healthcare facility, Corporate campus, Research lab, Data center, Government facility, Other
• What is the building or system age and recent major work (e.g., new build, 5‑year-old renovation, controls retrofit last year)?
• Which systems are in scope today (select all that apply)? Options: Central chilled water / boilers, Air handling units / VAV, Laboratory exhaust / fume hoods, Building automation system (BAS)/controls, Electrical distribution / emergency power, Plumbing / domestic hot water, Fire protection / life safety, Lighting controls, Other
• Is the space currently occupied, under construction, or recently commissioned? Options: Occupied and in service, Partially occupied, Under construction, Recently completed (within 12 months), Shutdown / mothballed
• Who will be the primary owner-side point of contact for operational questions and access?
• Do you have current warranties, service contracts, or recent turnover documentation we should be aware of? Options: Full warranties and turnover documents available, Partial documentation exists, Service contracts in place but incomplete records, No consistent documentation

What’s Actually Breaking (That No One Talks About)

• Which recurring issues does the team treat as ‘normal’ even though they reduce performance or comfort?
• How often do those issues reoccur? Options: Daily, Weekly, Monthly, Quarterly, Less frequently / rare
• Which specific locations, zones, or equipment consistently show the worst performance?
• Can you share a recent example where a performance problem led to an operational or safety concern? What happened and what was the outcome?
• When these problems appear, what temporary fixes are typically applied and by whom?
• What is the estimated annual cost or impact (overtime, tenant complaints, energy waste, corrective work) tied to these chronic issues? Options: <$10k, $10k–$50k, $50k–$200k, >$200k, Unknown / not tracked

If One Thing Failed Tomorrow, What Would Keep You Up at Night?

• Which single system or failure mode would cause the most operational disruption if it went offline? Options: Chilled water plant failure, Boiler/emergency heating failure, Critical AHU or lab exhaust loss, BAS/control network outage, Emergency generator failure, Electrical distribution fault, Fire protection failure, Other
• How likely do you assess that failure to be within the next 12 months? Options: Very likely, Somewhat likely, Possible but unlikely, Very unlikely, Unknown
• Are there known single points of failure or limited redundancy in those systems? Options: Yes — documented, Yes — suspected but undocumented, No — designed with redundancy, Unknown
• Do you have formal contingency, escalation, and outage plans for those failures? If yes, how recently were they exercised? Options: Plans exist and recently exercised (<12 months), Plans exist but not exercised recently, Informal procedures only, No plans
• Who is empowered to declare an emergency and coordinate contractors during a system failure (roles or names)? Options: Facilities Director, Operations Manager, Contracted O&M vendor, Project PM, Safety/EHS, Other

Who Keeps the Lights On? Abilities, Bandwidth, and Knowledge Gaps

• How confident are you that your in‑house team can diagnose and resolve complex controls, sequencing, or integration issues without outside help? Options: Very confident, Somewhat confident, Not confident, Depends on the vendor/system
• Describe your maintenance staffing model (in‑house technicians, trades, third‑party contractors, ratio to square footage).
• Which certifications and skills are available on staff today (select all that apply)? Options: HVAC technician (license), Controls/BAS specialist, Electrical journeyman, Testing & Balancing (TAB), Certified commissioning agent (CxA), Energy manager / sustainability credential, None of the above
• Do you use a Computerized Maintenance Management System (CMMS) or work-order tracking? If so, which one and how complete is the data? Options: No CMMS, CMMS in place — comprehensive data, CMMS in place — partial data, Informal spreadsheets
• When new systems are turned over, how consistently do you receive training, O&M manuals, and control narratives? Options: Always, Usually, Sometimes, Rarely, Never

When Performance Drops, How Do You Know — and How Fast?

• What is your typical mean time to detect a building systems issue from the first sign to identification? Options: <24 hours, 1–3 days, 4–14 days, >2 weeks, Unknown
• What monitoring or analytics tools feed your alerts (select all that apply)? Options: BAS trend logs, Fault detection and diagnostics (FDD) software, Energy meters/submetering, BMS dashboards / alarms, Manual occupant complaints, IoT sensors / third‑party SaaS, None
• How accessible and granular are the trend logs or data needed for commissioning (time resolution, historic depth, exported formats)? Options: Fully accessible and exportable, Accessible but limited resolution/history, Hard to access — requires vendor support, Not available
• When an alarm fires, what is the workflow and expected response time (who receives it, who triages, who resolves)?
• Have you ever missed regulatory or contractual performance thresholds because the issue went undetected? Please describe.

The Hidden Workarounds: Temporary Fixes That Are Now Habit

• Which 'temporary' operational workarounds have become the default approach to keep systems running?
• How long have those workarounds been in place on average? Options: <3 months, 3–12 months, 1–3 years, >3 years
• Who implemented those workarounds (in‑house staff, contractors, design team) and was it documented? Options: In‑house staff — documented, In‑house staff — undocumented, Contractor — documented, Contractor — undocumented, Design team
• What would it take (time, budget, permits) to replace the workaround with a permanent, code-compliant fix?
• Are there known safety, compliance, or warranty risks tied to any of these band-aids? Options: Yes — immediate concern, Yes — manageable with monitoring, No significant risk, Unknown

What We Can't Prove Without a Map: Documentation, Test Points, and Access

• If we asked for a complete control point list, test valve locations, and access keys for commissioning, how complete would your documentation be? Options: Fully complete and current, Mostly complete with gaps, Partial and outdated, Minimal or none
• Which drawings and records are available as as‑builts (select all that apply)? Options: Mechanical drawings, Piping & instrumentation, Control sequences / narratives, Electrical single lines, Loop sheets / instrumentation, None available
• Will the BAS vendor or controls contractor provide temporary logins or historian exports for third‑party commissioning? If not, what’s the barrier? Options: Yes — already arranged, Yes — needs approval, No — policy/vendor restriction, Unknown
• Are there physical access constraints (secured suites, cleanrooms, hospital isolation, utility shutdown limits) we must plan around? Options: Significant constraints — require planning, Some constraints — manageable, No notable constraints
• Who are the on-site contacts for access, lockout/tagout, and contractor coordination (roles/names)?

If We Could Prove One Thing Before Handover, What Would Calm You?

• Which single measurable outcome would most reduce your risk and give you confidence at turnover? Options: Stable zone temperature control, Energy performance within model tolerance, Successful emergency power transfer, IAQ & ventilation rates verified, Controls integration across systems, Repeatable FPT results, Other
• For that outcome, what tolerance or acceptance threshold would you consider a success (quantify if possible)?
• Who on the owner side must sign off for that acceptance (roles or names)? Options: Facilities Director, Project Manager, A/E representative, Operations Manager, EHS/Safety, Other
• How will proving that outcome change your organization’s next decisions (warranty claims, contractor retention, occupancy date)?
• If we prioritized proving that outcome, when would you need the evidence (before occupancy, at seasonal commissioning, within 3 months of turnover)? Options: Before occupancy, At seasonal commissioning, Within 3 months, Within 6–12 months, No firm deadline

Next Steps Together: Practical constraints and a short plan

• If we could only perform two on-site activities that would reduce the most risk, which pair would you choose? Options: Design review + pre-construction test planning, Pre‑functional checks + Functional performance testing (FPT), Controls integration verification + system optimization, Training + handover documentation, Seasonal verification visits (6 & 12 months)
• What budget or procurement constraints should we be aware of when proposing a commissioning scope? Options: Fixed budget already set, Budget flexible with approvals, Procurement requires multiple bids, Funding undecided/contingent
• Which stakeholders must be involved in the commissioning plan approval (roles, departments, or external parties)?
• How open are you to sharing BAS access, trend data, and work-order histories to accelerate discovery? Options: Fully open — ready to share, Open with controls vendor oversight, Limited — need approvals, Not open
• What would make you feel confident that a third‑party commissioning engagement is both practical and likely to deliver value?

Quick Snapshot: Project, People, and Timing

• Project name, site address, and the commissioning window you expect us to start (dd/mm/yyyy or month/year)?
• What type of facility is this? Options: University, Hospital / Healthcare, Corporate campus, Data center, Government facility, Laboratory / Research, Other
• Which major systems are currently in scope for field testing and pre-deployment readiness? Options: HVAC, BAS / Controls, Electrical distribution, Emergency power / UPS / Gen, Plumbing, Fire protection, Lighting controls, Renewables / CHP, Other
• Who are the primary owner-side decision makers we should coordinate with (name, role, best contact)?
• Who is your day-to-day on-site contact for commissioning logistics (name, trade/company, hours on site)?
• Select the contract/engagement structure that best describes how commissioning is retained on this project. Options: Owner direct (standalone CA), Prime consultant subcontract, Part of contractor scope, Third-party integrated team, Other / unclear
• What is the target occupancy or turnover date for this project?

Are We Walking Into Surprises?

• What site condition or construction issue, if discovered on day one, would make you think the project was not truly ready for field testing?
• Which of these outstanding items currently exist on site? Options: Uninspected or unsigned control sequences, Incomplete ductwork or piping insulation, Uninstalled or late equipment deliveries, Unresolved design changes / RFI's, Outstanding jurisdictional permits/inspections, None of the above / unknown
• Are any spaces restricted (e.g., clinical areas, labs, secured data halls) that will limit our physical access or require special clearances? Options: 24/7 access, Building hours only, Security escort required, Badge access only, Special clearance needed (e.g., healthcare credentials), Unknown
• Tell us about any recent scope changes or addenda that haven’t been fully communicated to trades—what changed and when?
• How confident are you that areas we need for testing will be architecturally complete and safe to enter at our planned start? Options: Very confident, Somewhat confident, Low confidence, Unknown
• If you had to name the single most likely ‘surprise’ that would delay commissioning by a week or more, what is it?

Who's Actually Ready to Be On Site?

• Which contractor or subcontractor team do you expect will be the gating factor for completing pre-functional work and enabling tests?
• For each key trade below, indicate current mobilization/readiness status. Options: Mechanical (HVAC) - Fully mobilized and ready, Mechanical (HVAC) - Partially ready, Electrical - Fully mobilized and ready, Electrical - Partially ready, Controls integrator - Fully mobilized and ready, Controls integrator - Partially ready, Plumbing/Fire - Ready / Not ready / Unknown
• Who will provide and install the permanent or temporary test points (pressure, temperature, power) we need? Options: Contractor provides test points, Owner provides test points, Commissioning agent to install temporary points, Third-party specialty vendor provides points, Unknown
• Do you have contractors assigned to witness and correct issues during testing, or do we need to coordinate repair crews in advance? Options: Designated contractor reps assigned and available, Contractors available but not dedicated, We need commissioning to coordinate repair crews, Unknown
• Have the contractors performed and documented pre-functional checks (PFCs) for critical equipment? If yes, where are those records? Options: All PFCs complete and documented, Some PFCs complete, No PFCs completed, Records available in PM platform, Records not collected yet
• Are any subcontractors unfamiliar with commissioning processes (lack of prior experience) such that we should plan extra onboarding or witness time? Options: Yes—several, Yes—a few, No—most are experienced, Unknown

Can We Reach and Control What Matters?

• If our commissioning tools can’t access BAS points remotely, can we still complete the planned tests on schedule?
• Which best describes the current BAS / controls connectivity and access? Options: Full remote access available (VPN/secure), Onsite access only with credentials, Read-only remote access, No BAS connectivity yet / integration incomplete, Network/firewall restrictions prevent access
• Who is the controls integrator and the designated IT contact for BAS network access (name, company, contact)?
• Are point lists, I/O drawings, and control sequence documentation up-to-date and available for our review? Options: Complete and current, Partially complete, Outdated or inconsistent, Not available
• Do you anticipate any cyber or IT policies (segmentation, scheduled maintenance windows, credentials) that will limit our ability to run sustained tests? Options: Yes—significant constraints, Some constraints but manageable, No constraints expected, Unknown
• If remote access is not possible, what onsite arrangements (credentials, temporary workstations, BOOTP) can you commit to for the duration of testing?

When Will We Be Let Loose on the Systems?

• Which scheduling decisions, if pushed late, historically create the most rework during deployment on your projects?
• Have contractor startups and equipment commissioning been scheduled as named events (date + responsible party) that we can witness? Options: Yes—dates and owners defined, Some scheduled, some TBD, Not scheduled yet, Unknown
• What is the preferred sequence for site activities (e.g., electrical distribution energize → HVAC mechanical startup → BAS integration → FPTs)?
• Are required utilities (fuel, water, conditioned power) available and stable to run full-load tests when we arrive? Options: All utilities available and stable, Partial availability / restrictions, Not available yet, Unknown
• What calibration status do critical instruments have (e.g., differential pressure transmitters, flow meters, power meters)? Options: All calibrated and certified, Some calibrated, None calibrated, Unknown
• Which tests are highest priority to complete on the first site visit? Options: Ventilation and airflow FPTs, Hydronic balancing and pump performance, Emergency power startup & transfer tests, BAS sequences and interlock verification, Lighting and controls integration, Other

If Things Stall, Who Owns the Problem?

• When a test fails, who will be the single point that authorizes corrective work, funding, and retest scheduling?
• Which party will sign official acceptance for retested items—owner, engineer, or contractor? Options: Owner, Design Engineer (A/E), Contractor, Commissioning Agent jointly, To be defined
• Is there an allocated contingency or budget line for remedial work discovered during commissioning? Options: Yes—adequate contingency, Yes—limited funds, No dedicated funds, Unknown
• Who will supply critical spare parts or replacement components if a failure requires immediate change-out? Options: Contractor supplies spares, Owner supplies spares, Manufacturer on-call / warranty, No spares committed, Unknown
• What is the agreed escalation path and timeline for unresolved, high-risk deficiencies during deployment?

Communication and Risk: Keeping Everyone Honest

• If a critical punch is missed during our visit, how will that be tracked and who will own follow-through until closed?
• Which communication channels should we use for real-time test coordination and formal record-keeping? Options: Email, Phone / SMS / Call tree, Project management platform (Procore/Buildertrend), Shared workspace (SharePoint / Teams), Dedicated CMMS, Other
• What meeting cadence do you prefer during the deployment window to stay aligned (field huddles, daily stand-ups, weekly progress)? Options: Daily standup, Weekly progress meeting, Per-test scheduling calls, Milestone reviews only, Ad-hoc as needed
• Where should test results, PFCs, and retest evidence be stored so all stakeholders can access them? Options: Project PM platform, SharePoint / Teams folder, Commissioning software portal, Email records only, Owner's CMMS, Other
• Are there contractual or warranty concerns we should flag now that could block acceptance later (e.g., manufacturer witness requirements, certified installers)? Options: Yes—specific items, Some potential concerns, No concerns identified, Unknown
• How would you like us to present critical failures that require executive attention—brief, documented escalation or full technical packet? Options: Short executive summary + action, Technical packet with data, Both (summary + technical appendix), TBD based on severity

What Would Make Us Leave Confident?

• What outcome at the end of the deployment visit would make you comfortable saying “systems are ready for occupancy handover”?
• Which acceptance tolerances do you want enforced during these tests? Options: Per ASHRAE Guideline / standards, Owner-defined tighter tolerances, Engineer-defined tolerances, Not yet defined—need help setting
• What sampling strategy do you prefer for repeated components (e.g., VAV boxes, AHUs)—100% inspection, statistical sample, or critical-path sampling? Options: 100% of components, Statistical sample (10–25%), Representative by criticality, To be defined with CA
• Who from the owner’s operations team must attend training/demonstrations on site before we leave? Options: Facilities engineers / operators, Maintenance technicians, Contractor O&M reps, IT / Security (BAS), Other
• What post-occupancy follow-up cadence do you want the commissioning agent to commit to (to verify seasonal performance)? Options: 6 months and 12 months, One visit at 6 months only, Monthly for first quarter post-occupancy, As-needed / by exception
• What single metric or signal (comfort, energy, redundancy, alarm rate) will make you declare this deployment an unqualified success? Options: Thermal comfort targets met, Energy performance close to model, Redundancy and transfer tested successfully, Alarm rates reduced to baseline, Other

Getting Oriented: Project Snapshot

• What is the project name, building or campus, and current phase (design / construction / near turnover)?
• Which of these are the primary drivers behind this project right now? Options: Energy savings / model validation, Occupant comfort / clinical stability, Regulatory or code compliance, Certification (LEED, WELL, etc.), Asset renewal / lifecycle replacement, Program expansion or repurpose, Other
• Who is the primary point of contact for commissioning coordination on your team (role and availability)?
• Which occupancy types or critical spaces should we prioritize (select all that apply)? Options: Patient rooms / healthcare critical zones, Laboratories, Data centers / comm closets, Classrooms / auditoriums, Office spaces, Mechanical / electrical rooms, Other
• Targeted substantial completion / occupancy window? Options: Within 3 months, 3–6 months, 6–12 months, 12–24 months, No fixed date
• Rough commissioning budget range you’ve allocated or expect (select a range or leave blank to specify later). Options: <$25k, $25k–$75k, $75k–$200k, $200k–$500k, >$500k, Undecided

Is Your Building Doing What You Think?

• What if the systems you rely on are already underperforming—and you only find out on the worst day of the year? How would that land for your team?
• Describe current system performance and any known deficiencies (include examples: spaces affected, symptoms, recent dates if possible).
• Which systems are you most concerned about right now? Options: HVAC / AHUs / VAV, Chillers / boilers, Building automation / controls, Electrical distribution / switchgear, Emergency power / generators, Plumbing / domestic hot water, Fire protection / life safety, Lighting controls, Other
• What types of performance data are available for review? Options: Full BMS trend archive and meter data, Limited BMS trends or spot logs, TAB and balancing reports only, Energy model and baseline reports, No digital trend data available, Unsure
• How frequently do occupants or staff report comfort or operational complaints? Options: Daily, Weekly, Monthly, Occasionally, Rarely / almost never
• How confident are you in the quality of contractor startups and handover documentation delivered so far? Options: Very confident, Somewhat confident, Neutral / mixed, Not confident, No startups completed yet

Where Comfort, Energy, or Risk Are Hiding

• Which recurring problem do you secretly dread fixing because it keeps coming back or costs too much?
• List the top three operational pain points and include a concrete example or moment when each caused measurable impact.
• How long have these issues persisted? Options: Less than 3 months, 3–12 months, 1–3 years, More than 3 years
• What measurable or observable impacts have these problems produced? Options: Higher energy use than model, Frequent comfort complaints, Repeated service calls / contractor returns, Missed certification points, Schedule or occupancy delays, Safety or code risk, Other
• When these problems happen, who on your team is most affected and how does it typically make them feel? Options: Facilities director - stressed, Operations staff - firefighting, Project manager - embarrassed, Sustainability lead - frustrated, Clinical staff - anxious, Other
• Has there been any recent remediation or temporary workaround? How long did it hold and why did it fail (if it did)?

What Would 'Having It Right' Actually Feel Like?

• If you could snap your fingers and the building met design intent every day this season, what would that change—for occupants, for energy bills, for your team's workload?
• Name three measurable success signals you would use to judge commissioning success (be specific: temperature band, kWh reduction %, uptime target, etc.).
• Which performance tolerances are non‑negotiable for this project? Options: Zone temp ±1°F, Zone temp ±2°F, Relative humidity ±3%, Pressure differentials within spec, AHU airflow ±10%, Generator transfer <30 seconds, N+1 redundancy for critical systems, Other
• Which standards or certifications should commissioning help you achieve or defend? Options: ASHRAE Guideline 0 / 1, LEED energy credits, FGI (healthcare), Local code compliance, Facility-specific SOPs, None / not applicable, Other
• What outcomes would make the commissioning investment feel clearly worth it to leadership? Options: Reduced energy costs by X%, Fewer comfort complaints, Faster warranty resolution, Clear systems documentation, Staff able to operate independently, Other

What Have You Already Tried (and What Stopped Working)?

• If you've done commissioning, retro‑commissioning, or focused troubleshooting before, why do you think the benefits did not persist (if they didn't)?
• Which of these commissioning or QA activities have been completed on this project previously? Options: Design review and Cx plan, Pre‑functional checks, Functional performance testing, TAB (testing & balancing), Controls programming review, Post‑occupancy tuning visits, None of the above
• Were deficiencies logged, tracked to closure, and retested after remediation? Options: Yes—tracked and retested, Partially—tracked but not retested, No—informal or ad hoc, Unsure
• How effective was the original operations training and handover documentation for the owner team? Options: Comprehensive and retained, Document-heavy but not retained, Hands-on but limited, Not provided, Other
• What would genuinely need to change about past approaches so improvements last beyond closeout?

Who Really Decides — and Who Owns It Afterhand?

• Who will be most disappointed if system performance falls short—and who is empowered to require fixes?
• Which roles will sign off on acceptance criteria and final commissioning closeout? Options: Facilities director, Project manager / PMO, Sustainability lead, Owner's rep, A/E representative, Contractor lead, Other
• Who will be responsible for operational acceptance during commissioning and for post‑handover operations? Options: Facilities operations, Maintenance contractor, Third‑party O&M, Owner's engineering, Joint responsibility (specify later), Other
• What governance or approval process applies to scope changes, remedial work, and retesting (e.g., owner signoff, PM approval, contingency fund)? Options: Owner signoff required, PM + Contractor joint approval, Board or executive approval, Pre‑approved contingency threshold, Other
• Are there access, security, union, or after‑hours constraints that will shape field testing? Options: Restricted access / badges, Union labor / scheduling rules, After-hours only testing, No special constraints, Other

Ready to Move — Scope, Timing, and Practicalities

• If I asked you to sign a mutual commitment today, what single practical barrier would stop you from saying yes?
• Which commissioning scope best matches your expectation for this engagement? Options: Full‑building commissioning, Systems only (select below), Controls and BAS focus, Critical spaces only (OR, labs, data center), Retro‑commissioning/seasonal tuning, Other
• If 'Systems only', which systems specifically should be included (select all that apply)? Options: HVAC distribution, Air-handling units, Chillers / boilers, BMS / controls integration, Electrical distribution, Emergency power, Plumbing fixtures / DHW, Fire protection
• What sampling strategy would you accept for testing (to balance cost, schedule, and risk)? Options: Test every piece of equipment, Representative sampling by system type, Critical-path / high-risk only, Hybrid: full test for critical systems, sampling elsewhere, Unsure—need recommendation
• What milestone or hard‑stop dates must we align to (e.g., occupancy, school terms, clinical commissioning windows)? Please list dates and consequences for missing them.
• How collaborative are contractors historically with third‑party commissioning on your projects? Options: Highly collaborative, Generally cooperative, Occasionally resistant, Historically adversarial, Unknown for this project
• How quickly could you provide: site access, BMS credentials or data exports, and a list of subcontractors for coordination? Options: Immediately (within 1 week), 2–4 weeks, 1–2 months, Longer / depends on approvals, Unsure