Quick Snapshot: Who’s in the Room and What Keeps You Up at Night?

• Who will own this decision from your side (name or role)? Options: Bridge Program Manager, Chief Engineer, Design Division Lead, Procurement Officer, County/City Public Works Director, Other — please specify
• Which internal groups must sign off before funding or contract award can move forward? Options: Bridge Program Office, Design Division, Procurement/Purchasing, Legal/Contracts, Operations/Maintenance, Traffic/Permits, Finance, Other
• How would you describe the single most important outcome each stakeholder group expects from this engagement? (Brief, by group)
• What procurement path will you use for this scope? Options: QBS (Qualifications-Based Selection), RFP with technical & price, Task-order under existing IDIQ, Sole source/Direct award, Undecided/Exploring options
• What is your target timeline for selecting a consultant and starting work? Options: Within 30 days, 1–3 months, 3–6 months, 6–12 months, Dependent on funding
• What does 'good' look like for you at the end of the first 6 months of this project? Be specific (deliverables, decisions, or approvals).

What Unseen Problem Would Break Everything?

• If a single unexpected failure, regulatory action, or public incident happened tomorrow, what would cause the program to lose funding or political support?
• Which failure modes concern you most across the inventory right now? Options: Fatigue cracking in steel members, Spalling/section loss in concrete, Bearing failures, Scour/abutment undermining, Deteriorated joints/waterproofing, Seismic vulnerability, Other
• How confident are you in the condition data driving your capital priorities today? Options: Very confident, Somewhat confident, Limited confidence, Not confident — data is unreliable
• When did the most recent element-level inspection for your highest-priority structures occur, and how long the team has been operating under those findings?
• Have you had any surprises during recent inspections that changed scope or cost estimates? Tell us one example and the ripple effects it caused.

If We Keep Doing What We’re Doing, Where Will You Be?

• If critical rehabilitation decisions were deferred 2–5 years, which outcomes are most likely to worsen? Options: Condition ratings drop markedly, Weight restrictions imposed, Increased emergency repairs, Major cost escalation, Public/political pressure increases, Other
• How would deferred work change traffic impacts or your ability to maintain service during construction?
• Quantitatively, what percent increase in capital cost or schedule do you typically see when work is delayed beyond your current fiscal plan? Options: <5%, 5–15%, 15–30%, >30%, Unknown
• Which recent program decisions were driven by political or public safety concerns rather than engineering-first priorities? What did that feel like internally?
• How long have you been comfortable deferring certain assets, and what would have to change for you to stop deferring them?

Are Your Internal Definitions of Success Quietly at Odds?

• Do your maintenance, program, and procurement teams agree on the primary success signals for a rehabilitation project (safety, budget, duration, traffic uptime)? Options: Yes — clearly aligned, Mostly aligned with small gaps, Significant differences exist, We haven't discussed this openly
• For each of the following, indicate whether it is 'Non-negotiable', 'Important', or 'Nice to have' for this program: traffic uptime, NBIS compliance, AASHTO load rating updates, seismic compliance. Options: Traffic uptime — Non-negotiable, Traffic uptime — Important, Traffic uptime — Nice to have, NBIS compliance — Non-negotiable, NBIS compliance — Important, NBIS compliance — Nice to have, Load rating updates — Non-negotiable, Load rating updates — Important, Load rating updates — Nice to have, Seismic compliance — Non-negotiable, Seismic compliance — Important, Seismic compliance — Nice to have
• What measurable success signals will you use to decide this engagement was worthwhile (example: reduction in emergency repairs, no lane closures during peak hours, updated BMS entries)?
• Who on your team will be the acceptance authority for deliverables like load ratings, NBIS reports, and as-builts? Options: Bridge Manager, Chief Engineer, Design Lead, Maintenance Supervisor, Other — please specify
• Are there internal acceptance criteria or deliverable formats we must meet (BMS schema, GIS layers, CAD standards)? Please list and attach examples if available.

The Money and Procurement Moment: What Would You Do If Constraints Vanished?

• If your budget were increased by 50% for the next fiscal cycle, what would you fund first that you currently aren’t?
• Which statement best describes your current funding posture for bridge/tunnel capital work? Options: Stable multi-year funding, Project-by-project funding, Unpredictable/annual approvals, Reactive emergency funding
• When scoring consultant proposals under QBS, rank the top three weighting factors you use. Options: Relevant experience, Key personnel qualifications, Technical approach/innovation, Understanding of staging/constructability, Past performance, Local knowledge
• What commercial or contract terms are non-starters for your procurement office (e.g., limits on liability, insurance minimums, indemnity clauses)?
• What deliverables or formats are mandatory for your procurement package (e.g., BMS-ready condition data, NBIS deliverables, certified load ratings)? Options: NBIS-compliant inspection reports, BMS condition export (CSV/XML), Certified load ratings, Construction staging plans, Shoreline/scour analysis, Other

Site Realities: Which On-the-Ground Constraint Would Break Our Plan?

• Which access or site constraints are most likely to force a change in approach (waterways, rail adjacency, utilities, limited staging, environmental permits)? Options: Active rail corridor, Tidal or navigable waterway, High-traffic highway below, Constrained staging footprint, Critical utility conflicts, Environmental/permit constraints, Other
• What formats and systems does your team currently use to store inspection and design data (e.g., BMS vendor, GIS, asset inventory spreadsheet, CAD/REVIT)? Options: BMS vendor export (specify), GIS layer/shapefile, Excel/CSV inventory, CAD (DWG), Revit/BIM, Other
• How often are element-level inspections performed on average for your critical inventory? Options: Every 2 years, Every 4 years, Ad hoc based on condition, Only NBIS-mandated elements, Unknown
• What quality issues have you seen in inspection data (missing photos, inconsistent coding, no GPS, incomplete element descriptions)? Please give one concrete example.
• Are you open to alternative inspection methods (drones, LIDAR, targeted NDT) for data gaps, and which are acceptable to your procurement and operations teams? Options: Drones (photogrammetry), LIDAR/point cloud, Ground-penetrating radar, NDT (ultrasonic, half-cell), Not open/only traditional inspection

What Would Make Us Irresistible as Your Partner?

• What past consultant behaviors have frustrated you most during design, construction engineering, or inspection engagements?
• What three capabilities or deliverables would make you prioritize one engineering firm over another for QBS? Options: Clear constructability focus, Proven staging solutions, Strong inspection/data management, Local delivery presence, Robust QA/QC processes, Innovative technical approaches
• How important is a firm’s ability to coordinate with your construction partners and contractors during construction (shop drawings, RFIs, daily inspection)? Options: Critical — must coordinate closely, Important — occasional coordination, Nice to have, Not important
• Tell us about a positive consultant relationship you’ve had—what made it work and how did it feel for your team?
• What would you need to see in our proposed first 90 days to feel confident we’re the right partner?

Next Steps and Political Reality: What Could Stop This Even If Everything Else Lines Up?

• Which political, regulatory, or organizational risk is most likely to halt or materially change this project after award? Options: Funding reallocation, Change in elected leadership, Emergent emergency repairs elsewhere, Procurement protests, Unresolved permitting, Other
• Who are the informal influencers or external stakeholders (e.g., local electeds, community groups, freight operators) we should proactively engage? Options: Local elected officials, Neighborhood/community groups, Freight operators, Railroad owners, Port authority, Other
• What is your preferred cadence and channel for project updates during discovery and procurement (email, weekly calls, shared portal, in-person workshops)? Options: Weekly calls, Biweekly calls, Email summaries, Shared online portal, In-person workshops, Ad hoc as-needed
• Realistically, what roadblocks must we clear in the first 30 days to keep to your timeline?
• Which deliverable or decision would you consider a clear signal to move from discovery to formal proposal or scoping (e.g., approved scope memo, budget authorization, shortlist selection)? Options: Scope memo approved, Preliminary budget authorization, Shortlist of firms selected, Procurement documents released, Other

Quick Inventory Snapshot — Where We Start

• Approximately how many bridges and tunnels does your office actively manage? Options: <50, 50–199, 200–499, 500–999, 1000+
• If you have the exact counts by asset class, enter them here (e.g., 412 bridges, 7 tunnels, 1 movable span).
• What proportion of your inventory is past original design life (estimated)? Options: <10%, 10–25%, 26–50%, 51–75%, >75%, Unknown
• Which asset types most of your inventory includes (select all that apply)? Options: Short-span concrete, Long-span steel, Prestressed/segmental, Movable spans (swing/bascule/vertical lift), Concrete culverts, Tunnels (bored/cut-and-cover/immersed), Pedestrian structures, Other
• Do you maintain a prioritized list (e.g., by risk or condition) for this inventory today? Options: Yes — formal ranked list in BMS, Yes — informal list/spreadsheet, No — ad hoc decisions, Partially — by region or program

The Data You Rely On — Is It Telling the Whole Truth?

• If your condition data were understating safety-critical issues, would your current process catch it before a failure occurs? Options: Very likely, Possibly but not reliably, Unlikely, I don’t know
• Which systems hold your condition and inspection records today? Options: AASHTOWare/bridge management system (BMS), In-house database, GIS-linked system, Spreadsheets / Access, Paper files, Third-party vendor platform, Other
• How current is your digital NBI/condition data (last full update)? Options: Updated within 12 months, 12–24 months, 24–48 months, >48 months, No digital update available
• Who authorizes or signs off on inspection data before it’s entered into your system? Please list roles and titles.
• Are photo, video, and point-cloud records consistently captured and linked to each inspection entry? Options: Yes — consistently, Partial — photos only, Occasionally, Rarely/never, We plan to but haven’t implemented

When Cracks Become Stories — The Failure Modes Guiding Your Capital Choices

• If one unexpected failure tomorrow would force an immediate capital decision, what failure mode would it be? Options: Deck collapse or major deck loss, Severe scour undermining, Bearing/expansion device failure, Fatigue fracture of primary members, Major seismic damage, Tunnel flooding/liner failure, Other
• Which failure modes have triggered emergency repairs in the last five years? Please give brief examples (structure, year, cause).
• How do you currently track the progression of priority failure modes (e.g., trend lines, condition index, visual flags)? Options: Condition index / rating trends, Manual notes / flags, Automated sensor alerts, Periodic forensic inspections, We don’t have a formal progression tracking method
• Which failure modes do you feel are underrepresented in your data or scoring today? Options: Scour/abutment erosion, Fatigue cracking in steel details, Delamination/complex deck deterioration, Substructure settlement, Seismic vulnerability, Unknown or unassessed
• How long have the shortcomings you just identified been present (weeks, years, decades)? Options: <6 months, 6–24 months, 2–5 years, 5–10 years, >10 years, Unsure

How Priorities Really Get Set — The Invisible Rules

• Are your capital priorities driven more by quantified risk models or by reactive pressures (politics, safety headlines, permits)? Options: Primarily risk models, Balanced mix of models and reactive pressures, Primarily reactive pressures, Unclear / varies by program
• Which factors currently carry the most weight in your prioritization (select up to three)? Options: Structural condition score, Traffic volume (ADT/ESALs), Redundancy/criticality, Public visibility / political pressure, Inspection finding severity, Project leverage (funding match), Life-cycle cost
• Do you use a formal scoring model or BMS ruleset to rank projects? If yes, what is the model’s refresh cadence? Options: Yes — refreshed annually, Yes — refreshed per funding cycle, Yes — rarely refreshed (>3 years), No formal model (manual prioritization)
• Who must sign-off before a high-priority capital project is advanced (roles/titles)?
• Tell us about one recent project where the priority changed during planning—what caused the shift and how long did it take to re-rank?

Inspection Rhythm — Are You Checking Often Enough?

• What if your inspection cycle misses the season when damage accelerates—how would you know and what would you do? Options: We would detect it via sensors/monitoring, Post-season targeted inspections, Reactive after failure, We likely wouldn’t know until next scheduled inspection
• What is your standard NBIS inspection cadence for element-level inspections and special inspections? Options: 2-year element-level, 4-year element-level, Event-driven / special inspections only, Variable by structure/type
• Which situations trigger an out-of-cycle or special inspection (select all that apply)? Options: Flood/scour event, Collision/impact, Severe winter freeze-thaw, Post-earthquake, Unexpected rating drop, Community complaint / visible distress
• How standardized are your inspection reports and coding for analytics (e.g., NBI format, element-level templates, photo linkage)? Options: Fully standardized and machine-readable, Mostly standardized with manual steps, Inconsistent across regions, Not standardized / freeform
• Do you employ non-destructive evaluation, sensors, or remote sensing (drone/laser) routinely? If so, how is that data integrated? Options: Yes — integrated into BMS/GIS, Yes — stored separately, Occasionally used case-by-case, Not used but exploring, Not used

Constraints That Change Everything — Traffic, Access, and Permits

• When you plan inspections or repairs, which constraint most often forces a scope change? Options: Maintaining traffic (peak commuter routes), Rail/river coordination, Environmental permitting windows, Utility relocations, Budget/timing across fiscal years, None of the above / varies
• What are your lane closure policies or maximum allowable impacts for high-ADT corridors? Options: Night/shoulder-only work allowed, Short daytime closures (off-peak), Full closures allowed with detour, No full closures — lane-by-lane only, Policy varies by corridor
• Which permit or stakeholder approvals typically take the longest (select up to two)? Options: Environmental/USACE, Rail coordination, State police/traffic control, Utility owner agreements, Historic/architectural review, Local municipality approvals
• How do constructability or staging constraints currently feed back into your condition assessments or prioritization? Options: They’re considered during scoping/costing, Only after priority is set, Rarely considered until design, Not considered systematically
• Describe a recent example where access or staging limitations materially changed the recommended remedy (what changed and why?).

There’s a Story Behind Every Data Point — The People, Confidence, and Next Steps

• If we could improve one thing about your current-state data in 90 days, what would deliver the biggest immediate value? Options: Higher-quality photos/linked media, Timelier updates to BMS, Standardized element-level coding, Better failure-mode tracking, Automated sensor alerts, Other
• Who are the three people we should speak to for historical context, data access, and technical questions (name, role, best contact)?
• On a scale of 1–5, how confident are you that your current-state map supports defensible capital decisions (1 = not confident, 5 = completely confident)? Options: 1, 2, 3, 4, 5
• What would have to change in your inventory data or inspection process to move that confidence rating up one point? Be specific.
• Are you open to a targeted pilot (e.g., sensor deployment, enhanced element-level inspection, or data migration) to validate gaps we’ve identified? If yes, what is a realistic timeline? Options: Yes — within 3 months, Yes — 3–6 months, Yes — within the year, Not at this time, Unsure

Kickoff Snapshot — Tell Us the One-Sentence Project Story

• In one sentence, how would you describe the project we are preparing to mobilize (project name, structure type(s), and primary objective)?
• What is the planned first-day mobilization milestone or window (month/year or specific date)? Options: Within 30 days, Within 1–3 months, 3–6 months, 6+ months, TBD
• Who are the three internal stakeholders we should expect to hear from most during mobilization (name, title, role)?
• Which procurement path is this project following? Options: QBS/Qualifications-based (design-led), Low-bid/Design-bid-build, CMAR/Construction Manager at Risk, Design-build, Other / Hybrid
• What has you most excited about getting construction underway on this structure?

Who Actually Holds the Keys? — Decision Authority and Procurement Realities

• If a permit or access decision had to be made tomorrow to avoid a schedule slip, who would you call—and do they have the authority to sign it off immediately? Options: Yes, empowered to sign, No, needs committee/board, Depends on permit type, Unknown / needs confirmation
• List the decision roles (agency lead, design point of contact, procurement lead, legal, construction owner) and a single sentence describing each person’s decision authority.
• Which of the following approvals are required before field crews arrive (select all that apply)? Options: Construction permit, Traffic control permit, Environmental/ESA clearance, USCG or waterway permit, Railroad flagging agreement, Utility relocation agreement, ROW/easement, Other
• For each critical approval, what is the typical lead time in your experience? Options: <2 weeks, 2–4 weeks, 1–3 months, 3–6 months, 6+ months, Varies widely / unknown
• Tell a brief story of the last time a decision bottleneck delayed mobilization—what blocked the decision and how was it resolved?

Could Traffic Management Be the Thing That Breaks This Project?

• How confident are you that the planned traffic staging approach will be acceptable to the public and elected officials? Options: Very confident, Somewhat confident, Skeptical, Not at all confident
• Which traffic-control and staging options are viable for this project (select all that apply)? Options: Full closure, Night-only lane closures, Alternating single-lane traffic, Temporary bridge/span, Off-peak closures only, Detour route available, No acceptable closures
• Who is responsible for community and stakeholder communications about closures and how has that role performed on past projects?
• Have past traffic plans on similar projects led to public backlash, emergency service complaints, or political intervention? If yes, briefly describe. Options: Yes - public backlash, Yes - emergency services impacted, Yes - political intervention, No
• If the project requires an unplanned full closure for safety reasons, what is your preferred escalation and public-notification pathway?

Data: Are We Flying Blind or Armed?

• If our field team shows up and the inspection/condition data we expected is incomplete or incompatible, what is the immediate fallback plan? Options: Delay mobilization, Proceed with limited scope, Collect baseline data in first mobilization week, Use prior reports/assumptions, Unsure
• Which formats and systems must deliverables be compatible with (select all that apply)? Options: Agency BMS CSV/DB extract, AASHTOWare/BMS export, Shapefiles / GIS layers, PDF reports only, Civil/structural CAD (DWG/DXF), BIM/Revit, Other
• How recent are the critical datasets (inspections, as-builts, utilities, geotech) and which datasets are older than 3 years? Options: All updated within 2 years, Some older than 3 years (specify), Major datasets older than 3 years, Unknown
• Who is responsible for delivering each dataset (inspection vendor, agency archive, contractor), and what is their committed delivery date?
• Describe any known gaps in geolocation, condition granularity, or load-rating inputs that could change field scope on day one.

Hidden Gatekeepers — Permits, Utilities, and Third Parties

• Which third-party approvals do you think are most likely to introduce an unexpected delay or constraint? Options: Railroad agreements, USCG/waterway, Utility owners, Environmental agencies, Historic/cultural resource agencies, Local municipalities, Other
• What is the current status of each critical permit or agreement (Not started / In progress / Approved) and which ones are at risk? Options: Not started, In progress, Approved, At risk
• Do any utilities require temporary shutdowns or relocations to enable safe access, and who owns the coordination with those utilities? Options: Yes — agency owns, Yes — utility owns, Yes — contractor to coordinate, No utility impacts, Unknown / needs confirmation
• Are there pre-negotiated railroad or USCG conditions (flagging windows, no-work-days, escort requirements) that constrain sequencing? Options: Yes — detailed constraints exist, Yes — high-level constraints, No, Unknown
• What temporary access or staging areas are already secured? If none, what is the plan to secure them?

What Keeps Nightmares Alive? — Construction Phasing Risks and Contingencies

• If an unexpected structural condition or adverse weather forces a multi-week stop-work, what contingency steps do you expect to take? Options: Repair scope revision, Additional funding request, Alternate staging, Pause and remobilize later, Other
• What percentage contingency budget is normally acceptable for this program’s capital projects? Options: <5%, 5–10%, 10–20%, >20%, No standard
• Have you previously used conditional work packages or staged contracts to manage unknowns? If yes, briefly describe the approach and outcome.
• What are the top three constructability risks you worry about for this structure (e.g., cofferdam stability, underpinning adjacent lane, access for heavy equipment)?
• How will schedule-critical decisions be made in the field—who can authorize change orders, and what is the expected approval turnaround? Options: Field manager up to $X, Agency PM approval required, 24–48 hours turnaround, Varies / unknown

Timelines, Money, and the Uncomfortable Trade-offs

• Are the current milestones driven by funding windows, political events, or by construction logic—and which of those drivers is the least flexible? Options: Funding windows, Political deadlines, Construction sequence, Regulatory deadlines, Other
• What are the project’s non-negotiable completion dates (if any) and what happens if they’re missed?
• How will schedule impacts be funded—are there contingency funds, contract allowances, or will scope be deferred? Options: Contingency funds, Contract allowances, Scope deferral, Seek additional appropriation, Unsure
• Does the contract include liquidated damages or incentive milestones that materially affect contractor behavior? Options: Yes — LDs included, Yes — incentives included, Both, Neither, Unsure
• If a mid-project scope change is needed for safety or NBIS compliance, describe the preferred rapid-approval pathway.

Who’s On the Field Roster — Roles, Responsibilities, and Escalation

• Who will be the single on-site authority for construction engineering decisions and who will be the NBIS inspection lead?
• How frequently do you want formal inspection cycles and reports during deployment (select all that apply)? Options: Daily briefings, Weekly formal reports, Milestone-based inspections, Critical-activity inspections only, As-needed/exception reporting
• What on-boarding, clearances, or training must field staff complete before first mobilization (e.g., site-specific safety, railroad, USCG, police escort)? Options: Site-specific safety, Railroad safety, USCG briefings, Traffic control certification, Background clearance, Other
• Which communications platforms should be used for day-to-day coordination and emergency escalation (select primary and backups)? Options: Email, Phone/SMS, Dedicated Slack/Teams channel, Construction management software (Procore/PM), Two-way radios, Other
• Describe a past situation where on-site roles overlapped and caused delay—what was the root cause and how could it have been prevented?

How Will We Know We’ve Done It Right? — Acceptance, NBIS, and Closeout

• What concrete acceptance criteria will be used to sign off field work (select all that apply)? Options: Constructed per plans, Passed load rating updates, As-built drawings & CAD, NBIS condition entries, Traffic restored to baseline, QA/QC reports complete
• Who owns the NBIS reporting and load-rating updates post-construction, and what is the target submittal timeline? Options: Agency – in-house, Agency – contracted vendor, Our team will deliver, Contractor delivers under CE
• Which as-built deliverable formats are required at closeout (select all that apply)? Options: Stamped PDFs, Editable CAD (DWG), GIS layers/Shapefiles, Load rating files, BIM models, Spreadsheet BMS import
• Are there known documentary or QA items that have blocked prior closeouts (e.g., missing shop drawings, incomplete weld records)? If yes, list them.
• What process and timeline do you expect for capturing lessons learned and integrating them into future project mobilizations? Options: Formal 30/60 day review, Ad-hoc post-project report, Program-level workshop, No formal process

Final Readiness — If We Had to Go Tomorrow, What’s Missing?

• Imagine it’s 48 hours before mobilization—what single missing item would force you to delay?
• Which of the following readiness checklist items are already confirmed (select all that apply)? Options: Permits approved, Traffic plan approved, Inspection datasets delivered, Staging areas secured, Sufficient contingency funding, SPOC confirmed, Safety plan approved
• What is your final go/no-go decision authority and by what date must that decision be made?
• Who should be invited to a final readiness call (name, role), and what outcome do you want from that call?
• If we put together a one-page Pre-Deployment Risk Register and a 48-hour checklist, would you prefer to receive it for (select one): Options: Immediate review and signoff, Internal review then signoff, Review during readiness call, Not needed

Start with the easy bits — who are you and what’s top of mind?

• Who will be our primary day-to-day contact for this program (name, role, email)?
• Which office or division ultimately prioritizes capital projects for this inventory? Options: Bridge Program Office, Design Division, Maintenance/Operations, Toll Authority, County/Municipal Public Works, Transit Agency, Other
• What is your current planning horizon for capital projects (how far ahead are you budgeting)? Options: 6–12 months, 1–2 years, 3–5 years, 5+ years, Ad hoc
• Which of these constraints typically drives your decisions right now? Options: Annual maintenance budget, Long-term capital program, Political/press deadlines, Permitting and environmental windows, Staffing capacity, Federal/state grant timing, Other
• How would you describe the team’s appetite for risk vs. conservatism when it comes to structure condition and interventions? Options: Very risk-averse (safety-first), Balanced (risk-informed), Toward innovation (cost/time-focused), Varies widely by stakeholder

If you could only measure one thing — what would 'success' force you to change?

• If you could only pick one measurable outcome to declare this project a success, what would it be (and why)? Options: Reduced emergency closures, Updated NBIS ratings and NBIS compliance, Accurate load ratings for public use, Longer service life of prioritized assets, Reduced life-cycle cost, Improved public confidence
• Which stakeholders’ definitions of 'good' diverge the most on this program (and how)?
• How will you know, day-to-day, that we’re on track — what early signals should we watch for? Options: Milestone approvals, Inspection data improvement, Traffic staging meeting success, Budget burn vs. schedule, Community feedback
• What’s the minimum acceptable improvement (quantified) that changes a project from 'nice to have' to 'must do' for you?
• Who in your organization needs to be convinced that this outcome is worth the cost — and what persuades them?

Where is your network most fragile — tell us the pieces that keep you up at night

• Which single structure or corridor would cause the biggest operational or political fallout if it failed tomorrow?
• Which failure modes (e.g., deck deterioration, scour, bearing failure, seismic vulnerabilities) have you seen escalate recently? Options: Deck deterioration, Substructure/abutment issues, Scour/erosion, Bearing deterioration, Fatigue/cracking in steel, Seismic vulnerabilities, Utility/approach problems, Other
• How often are unexpected repairs or emergency load postings occurring across your inventory? Options: Multiple times a year, Once a year, Every few years, Rarely/never
• When deterioration surprises you, what’s the typical root cause: data gaps, inspection frequency, inspection quality, or something else? Options: Data gaps, Infrequent inspections, Inspection quality/consistency, Environmental change (e.g., chloride, scour), Design unknowns, Other
• Tell a recent example where a condition finding resulted in an unexpected political or public reaction — what happened and why it mattered?

If budget were fixed but outcomes weren’t, what would you refuse to compromise on?

• What budget range does this program realistically have for the next procurement or fiscal year? Options: <$250k, $250k–$1M, $1M–$5M, $5M–$25M, $25M+
• If budget and schedule were constrained, which program elements would you prioritize (pick top 3)? Options: Element-level inspection and condition data, Load rating updates, Seismic evaluation/retrofit, Construction staging planning, Design for rehabilitation, As-built and BMS updates, Public outreach/communications
• How flexible is your funding once it’s allocated (can scope shift across fiscal years)? Options: Fully flexible, Partially flexible with approvals, Rigid — needs reauthorization, Depends on funding source/grant
• What hidden or indirect costs worry you most when evaluating rehab vs. replacement (traffic delay, right-of-way, utility relocations, etc.)? Options: Traffic delay costs, Right-of-way acquisition, Utility relocation, Environmental mitigation, Long-term maintenance cost, Public outreach/mitigation
• Describe a time when a budget estimate surprised you—what led to that gap and what would have prevented it?

Which regulations or operational demands are absolute deal-breakers for this project?

• Which compliance items are non-negotiable for you (select all that apply)? Options: AASHTO load rating standards, FHWA/NBIS reporting, Seismic design per code, Lane closure limitations, Local permitting conditions, Historic/archaeologic preservation requirements, Other
• Has NBIS reporting ever created schedule or resourcing conflicts for you? Tell us how it showed up. Options: Yes, frequently, Occasionally, Rarely, Never
• Are there internal policy red lines (e.g., maximum allowable lane closures, noise curfew, seasonal work windows) we must design around? Options: Maximum daily lane closures, No full closures during peak season, Night-only work allowed, Environmental in-water work windows, Other
• Which certification, submittal, or stamp does your procurement office insist on before a contract is awarded? Options: Licensed PE in state, DBE/MBE participation, Insurance minimums, Bonding requirements, FHWA prequalification, Other
• If meeting a regulatory requirement will increase cost or time, how do you normally prefer we handle the trade-off in recommendations? Options: Design to lowest-risk (higher cost), Value-engineer to balance cost and compliance, Phase work to meet compliance later, Escalate for executive decision

Traffic, safety, and the public eye — what makes staging feel impossible?

• Which traffic-management approach do you usually prefer for rehabilitation: maintain full lanes with temporary supports, partial closures, full closure, or mobile lane shifts? Options: Maintain full lanes (night work), Partial closures with signal control, Full closure (detour), Mobile lane shifts, Case-by-case assessment
• Has construction staging or traffic impacts ever sunk a project politically? Share an example and the fallout.
• What are your top three mitigation priorities when planning field work (select up to 3)? Options: Public communication, Minimizing peak-hour closures, Emergency access continuity, Transit schedule integrity, Safety for bicyclists/pedestrians, Environmental protection
• What approvals or permits typically take the longest in your jurisdiction? Options: Local traffic control permit, Right-of-way/encroachment, In-water work permits, Railroad coordination, Environmental approval
• Who needs to own daily field coordination from your side (name/role)? If not decided, how should we structure that responsibility?

If construction finished tomorrow, what would you point to as proof it was worth it?

• Which monitoring or acceptance metrics will you require after work is complete (pick all that apply)? Options: Updated NBIS submission, Revised load ratings, As-built drawings in BMS format, Instrumented performance data, Reduced closures/incidents, Warranty/maintenance tracking
• Who in your organization signs the final acceptance and will they need a specific package (e.g., executive summary + appendix)? Options: Bridge Program Manager, Chief Engineer, Procurement/Legal, Maintenance Director, Other
• How long after construction do you expect to see the benefits we promised (immediate, 6 months, 1 year, multi-year)? Options: Immediate, Within 6 months, Within 1 year, Multi-year
• What continuing responsibilities would you like us to own after closeout (e.g., NBIS reporting, load-rating reviews, post-construction inspection)? Options: NBIS reporting submission, Annual or biennial inspections, Load-rating updates, As-built maintenance handoff, None — we’ll manage internally, Other
• Describe one lesson from a past closeout you wish had been handled differently — what changed and why it mattered?

How do you want decisions and trade-offs presented so your selection committee can say yes?

• When evaluating proposals, which factors do you weigh highest in QBS scoring (select up to 3)? Options: Relevant project experience, Key personnel resumes, Technical approach/innovation, Understanding of staging/traffic, Cost estimate reasonableness, Local partner/DBE involvement
• Do you prefer proposal deliverables framed as technical memos, executive-one-pagers, or interactive sessions with your committee? Options: Technical memo + appendices, Executive summary + visuals, Workshop/presentation to selection panel, Interactive Q&A sessions, Combination
• What documentation or evidence has caused pushback in past selections (e.g., unrealistic schedules, lack of staging detail)?
• What timeline do you require between RFP release and selection (weeks/months)? Options: 2–4 weeks, 4–8 weeks, 8–12 weeks, 12+ weeks
• Who needs to be in the room (roles) for final procurement decisions and who has veto authority?

Is your data ready — or are we rebuilding the foundation?

• Which data sources can you provide immediately to support scope and budget (select all available)? Options: Latest NBIS reports, Bridge Management System export (BMS), Recent element-level inspection CSVs, Previous load rating files, Historic plans and as-builts, Traffic counts/ADTs, None — we need full collection
• In what formats do you prefer deliverables for direct import into your systems (pick all that apply)? Options: BMS XML/CSV, AASHTOWare load rating files, PDF plans and stamped MEP, DWG/CAD, GIS geotagged datasets, Other
• How confident are you in your existing inspection data quality for reliable load-rating and rehab design work? Options: High — suitable for design, Moderate — needs verification, Low — requires re-inspection, Unsure
• If re-inspection is needed, what inspection cadence fits your program budget and NBIS needs (2-year, 4-year, targeted emergent)? Options: 2-year, 4-year, Targeted condition-based, Other
• Are there critical data handoffs we should plan for (e.g., GIS team, asset management team, third-party contractors)? List roles and preferred file transfer methods.

Next steps and engagement preferences — how should we move forward together?

• What would a helpful next meeting look like — objectives, attendees, and desired outcomes?
• How do you prefer we surface early trade-offs and cost/schedule impacts: decision memos, interactive dashboards, or prioritized option lists? Options: Decision memos with recommendations, Interactive dashboard with filters, Prioritized options with pros/cons, Hybrid
• Which deliverable would most likely accelerate a procurement decision from your side (select one)? Options: Clear scope & cost range, Demonstrated approach to staging/traffic, Key personnel CVs and past project summaries, Risk register and mitigation plan
• Realistically, when could your team commit to an initial scope and funding authorization to begin work? Options: Immediately, Within 30 days, 30–90 days, 90+ days, Dependent on grant/funding approval
• Who else should we loop into the next conversation to avoid surprises later (names/roles)?