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Heavy Civil Construction
Road & Highway Construction
Capital construction programs where procurement discipline, schedule certainty, and field execution determine delivery.
Example organizations in this space:
Granite Construction
Vulcan Materials
APAC
Martin Marietta
This interactive experience is the shipped product itself — the same application code customers run in production, mounted read-only in your browser over a real sample journey. Not a video, not a mockup: because the demo and the product are one codebase, it can never drift from the real thing.
Inside this journey
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Pre-Sales
Qualify and diagnose procurement, funding, and schedule constraints before investing in solution design.
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Qualification
Confirm funding source, procurement method, decision authority, bonding capacity, and key schedule constraints before investing in full discovery.
Qualification Questions
Core fit & procurement basics
- To make the best use of your time, can you confirm the project's primary funding source and whether funds are allocated or pending?
- Which procurement or award method will govern this contract?
- Who holds final decision authority for awarding this contract, and who else meaningfully influences the decision?
- What is the prime contractor's current single-project bonding capacity (approximate)?
Schedule & readiness
- What is the project's timing driver — when must the contract be awarded or work be mobilized?
- Please list any firm milestone dates, obligation deadlines, seasonal constraints, or access windows we should know up front.
Next steps — discovery readiness
- Based on the answers above, would you be open to a 45-60 minute discovery meeting to validate scope, risks, and preliminary schedule?
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Outcome Discovery
Align on project objectives, critical milestones, traffic and public impact constraints, DBE goals, and measurable success criteria across stakeholders.
Discovery Questions
Getting Started Together
- How did this project come to your desk?
- In one sentence, describe your project's primary objectives and its measurable success criteria.
- Which funding sources are attached to your project, and which carry the strictest obligation timelines?
- Who on your team holds final decision authority for award and contract changes?
- Tell me about schedule constraints driven by holidays, permit windows, or seasonal work restrictions that shape your plan.
Where Funding and Deadlines Bite
- If obligation deadlines moved earlier by 30 days, what would your team be forced to change first?
- How many independent funding streams or grant conditions does your team need to coordinate to keep the timeline intact?
- Identify the single approval milestone that, if delayed, would make your project unaffordable under current budget assumptions.
- Walk me through the last time a funding condition forced scope or schedule cuts, who raised it, and how your team resolved it.
- What contingency does your team have if a bond or insurance shortfall appears near award?
Managing Traffic and Public Impact Without Compromise
- What closure or lane reduction scenario would lead your agency to halt contractor work entirely?
- Describe the busiest corridors, peak hours, and the traffic metrics your team uses to judge acceptability.
- Identify the specific public events, detour lengths, or emergency access needs in your area that your team cannot compromise.
- When community complaints rise, who on your end is enabled to demand schedule or phasing changes?
- Which mitigation measures from past projects met your expectations, and which measures repeatedly failed?
DBE and Local Workforce — Requirements, Reality, and Risks
- If DBE participation falls short during early phases, what will your agency require or enforce next?
- List the DBE or local subcontractor capabilities your project needs on day one, such as paving crews, traffic control vendors, or concrete suppliers.
- Who currently manages DBE outreach and compliance on your team, and do they have dedicated bandwidth for this project?
- Describe how your team verifies DBE scopes, what documentation you require, and how often you audit compliance.
- Name the enforcement action your agency would take that would be decisive if DBE participation does not meet contract goals.
Quality, Testing, and Rideability — What Acceptance Really Requires
- Suppose the final ride quality falls below your threshold, would you require full reconstruction, overlay, or defined corrective work?
- Specify the ride score or IRI limit your team will accept for final pavement acceptance.
- Outline your team's sampling and testing frequency for nuclear density, cores, and ride testing during and after paving.
- Name who on your team signs off on acceptance tests and whether a DOT witness or third-party lab is mandatory.
- Tell me which acceptance failure would force your agency to renegotiate commercial terms or delay final payment.
Permits, Utilities, and Mobilization Readiness
- Given your current permit schedule, which approvals are most at risk of slipping and why?
- List the utilities that require active coordination and the contact role your team uses for each.
- Share whether any inspections require a named third-party lab or DOT witness and who on your team will arrange them.
- Are there access windows or night work restrictions that effectively reduce your workable days by more than 20%?
- Point to the logistical constraint that would block mobilization for your team within the target window if unresolved.
The Competitive Landscape You're Weighing
- Map the external contractors, the incumbent, and any in-house delivery options you are evaluating, and why each remains under consideration.
- Under what conditions would your team keep the incumbent or complete the work internally rather than hire an outside contractor?
- Point out the competitive strength a bidding contractor would need to displace the incumbent given your evaluation criteria.
- Do any internal stakeholders on your side favor an in-house delivery, and who is advocating that approach?
- Would evidence of past projects that match your lane closure constraints and DBE goals be enough to move you off the incumbent?
Unknowns That Could Break the Plan
- Could an unknown subsurface condition or contaminated soil discovery make your project unaffordable or uninsurable?
- Where do you expect the greatest divergence between bid assumptions and site reality for your project, for example quantities, embankment material, or base stabilization?
- Explain how frequently differing site conditions claims arise on similar projects and how your team resolved them.
- Typically, how quickly can your procurement or project team accept a material substitution or change in phasing if an unexpected constraint appears?
- Set a remediation cost threshold your team would use above which you would require renegotiation or consider canceling the project.
Decision Criteria — The Gates to Award and Acceptance
- Suppose a contractor met every technical requirement but bid 5% above the apparent low, would your procurement rules allow them to win?
- Provide the top five evaluation criteria on your scorecard and rank them in order of importance for awarding this contract.
- Declare the metric or milestone your team treats as a hard gate that would trigger award or final acceptance without additional negotiation.
- Provide the roles on your team that must approve contract language changes affecting payment timing or acceptance criteria.
- Could an internal governance issue still prevent a prompt award at your agency even if a pilot met the targets, and if so what is it?
If We Agree, What Next and Who Does What
- Assuming the pilot validates the key metrics, which next step would accelerate award to within two weeks for your team?
- Assign the named owners on your team responsible for permits, utility coordination, DBE oversight, and final acceptance.
- Estimate the number of days until your procurement team can issue a notice to proceed once commercial terms are finalized.
- Are there procurement committee meeting dates or blackout periods that could push award beyond your target window?
- Explain the governance path your team uses to resolve a single outstanding item after acceptance and to release final payment.
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Solution Experience
Walk through how the proposed construction approach, phasing, traffic control, and quality assurance will deliver the buyer's outcomes in real project scenarios.
Solution Experience
- Solution Experience: Construction Approach Walkthrough
- Confirm the current state and cost
- You confirm the demonstrated phasing and traffic control approach eliminates the schedule slippage you described.
- Provide the current project milestone dates, approved traffic window constraints, and any non-negotiable inspection windows for direct incorporation into the runbook.
- You confirm the QA and testing regimen meets your pavement acceptance and ride quality expectations and removes the rework risk.
- Align on the consequence to milestones and funding
- Deliver a draft phasing and traffic control runbook applying today's approach to your project segment, including crew and plant commitments and acceptance test schedule, within five business days.
- Share the relevant specification sections and DBE goal percentages so the QA and subcontractor commitments can be finalized in the runbook.
- You agree that the presented resource and contingency commitments materially reduce the risk of missed milestones and funding jeopardy.
- Walk through a real project phasing scenario
- Demonstrate QA and acceptance proof
- You identify any remaining evidence needed before awarding or approving the execution plan.
- Review the draft runbook and provide a list of gaps or approval items within three business days of receipt to keep the schedule decision on track.
- Show resource and contingency commitments
- Validate alignment and remaining evidence
- Solution Experience: Construction Approach Walkthrough
- Solution Experience Deck
- Solution Brief: Construction Approach and Execution Runbook
- meeting
- slides
- document
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Solution Scope
Define work packages, material sources, phasing, responsibilities, verification tests, and explicit out-of-scope items.
Scope Configuration
- Earthwork and Site Grading
- Subgrade Stabilization and Soil Treatment
- Aggregate Base Production and Placement
- Asphalt Plant Production and Asphalt Delivery
- Hot-Mix Asphalt Paving and Compaction
- Portland Cement Concrete Paving
- Bridge and Structural Concrete Construction
- Drainage and Stormwater System Installation
- Traffic Control Implementation and Lane Closures
- Roadway Signing and Pavement Striping
- Roadway Lighting and Electrical Installation
- Traffic Signal Installation and Integration
- Aggregate Quarry Supply and Stockpiling
- Nuclear Density and Field Compaction Testing
- Pavement Coring and Ride Quality Measurement
Scope Questions
Earthwork and Site Grading
- Do you have a geotechnical report with boring logs and R-value/CBR results for the grading areas?
- Identify the estimated earthwork cut and fill quantities (in cubic yards) or the method you want used to calculate them.
- Which erosion and sediment control measures per the DOT standard plan will you require during rough grading?
- Where will engineered fill or borrow be sourced and who will provide material certificates and gradation tests?
- Specify approved haul routes, height/weight limits, and site access windows that must be respected during earthmoving.
Subgrade Stabilization and Soil Treatment
- Which stabilization method do you require for failing subgrade locations (cement, lime, fly ash, geogrid, or mechanical recompaction)?
- How deep (in inches) do you anticipate stabilization to extend below finished subgrade in each treatment area?
- Who will provide mix designs, treatment protocols, and confirmation testing (contractor lab, owner lab, or third party)?
- Describe the proof rolling and subgrade acceptance procedure per the DOT specification you will apply (include expected deflection threshold or allowable failures).
- Are there seasonal restrictions or moisture conditioning windows that will limit in-place soil treatment (e.g., freeze/thaw limits, compaction moisture target)?
Aggregate Base Production and Placement
- Which aggregate gradation and specification (DOT spec section or AASHTO designation) must the base material meet?
- Do you require materials from a specific certified source or will multiple approved quarries be acceptable?
- What compaction percent of maximum dry density (Proctor) will define acceptance for aggregate base placement?
- Specify stockpile management requirements to control segregation and provide QA certificates (e.g., frequency of gradation and moisture tests).
- Which placement methods and lift thicknesses will you permit (wheeled loader spreader, motor-grader trim, maximum lift thickness)?
Asphalt Plant Production and Asphalt Delivery
- What hot-mix asphalt (HMA) job-mix formulas (JMFs) or PG binder grades will you accept for the paving lifts?
- Estimate required plant production capacity in tons per day and any peak delivery windows you need honored.
- How will you verify plant mix compliance: plant-produced QA test reports, independent mix audits, or owner witness sampling?
- Specify maximum delivery temperature range and allowed time from plant discharge to laydown before compaction begins.
- Are certificates of compliance, binder supplier mill test reports, and aggregate source documentation required with each load?
Hot-Mix Asphalt Paving and Compaction
- Which pavement lift thicknesses and number of lifts do you require for each roadway cross section and lane type?
- Which compaction equipment and pass patterns do you prefer for surface and intermediate lifts (steel drum, pneumatic-tire, vibratory), and are proprietary equipment restrictions needed?
- What in-place density acceptance thresholds and test frequency (nuclear gauge or cores) will confirm HMA meets the DOT spec and JMF requirements?
- How should longitudinal and transverse joint construction be detailed (butt joint, tapered wedge, joint heater, joint density target)?
- Who will own day-to-day paving sequencing and lane restoration priorities when multiple lanes and ramps are being staged?
Portland Cement Concrete Paving
- Which PCC mix design parameters must be met (compressive strength at 28 days, slump range, air entrainment percentage)?
- Do you require slipform paving, fixed-form paving, dowel bars, and the specific joint spacing and sealant system per the DOT detail?
- What curing method and minimum curing duration will you require for concrete pavements and ramps (wet cure, membrane, curing compound)?
- What acceptance criteria (strength, surface tolerance, and finish ride profile) will define successful PCC pavement placement under the project specifications?
- Who will perform cylinder breaks, slump tests, and finish surface tolerance testing and how should results be reported?
Bridge and Structural Concrete Construction
- Provide the contract-referenced bridge plans, load rating requirements, and applicable AASHTO/ASTM standards you expect to govern structural work.
- Which elements are intended to be precast versus cast-in-place and who will provide shop drawings and erection sequences?
- What temporary works are required: falsework, shoring, cofferdams, and who is responsible for design and certification?
- Specify required concrete strength classes, prestressing details, and post-tensioning testing intervals for superstructure elements.
- How will nonconformance in reinforcement placement, formwork tolerances, or anchor bolt locations be documented and resolved?
Drainage and Stormwater System Installation
- Which pipe materials and classes (RCP, HDPE, PVC, corrugated metal) are specified for each drainage location?
- Do you require precast inlets and manholes or are cast-in-place options acceptable, and who must provide as-built elevations?
- What temporary dewatering, sediment control, and bypass pumping constraints must be met during installation?
- Specify inspection and leak-testing requirements for stormwater structures and the frequency of observations during high-flow events.
- Who will manage maintenance-of-traffic around drainage tie-ins and emergency access during inlet replacements?
Traffic Control Implementation and Lane Closures
- Which Traffic Control Plan (TCP) standards (MUTCD edition and state supplement) must the lane closure procedures follow?
- What lane closure windows and permitted work hours do you allow for high-volume corridors, ramps, and intersections?
- Who will be the designated TCP point of contact for daily flagging changes and emergency re-opening of lanes?
- Describe requirements for temporary signing, positive barrier, shadow vehicles, and portable message board placement for each closure type.
- Are public notification, school bus routing coordination, or transit detour plans required as part of the TCP?
Roadway Signing and Pavement Striping
- Which sign retroreflectivity standard and maintenance interval will apply for installed signs (state spec or ASTM table)?
- Do you require thermoplastic, paint, or preformed pavement markings and what minimum thickness or embedment details apply?
- Provide the signing plans or indicate if sign fabrication, shop drawings, and installation layout will be provided by the contractor.
- How should retroreflectivity and stripe thickness be verified post-installation and at what frequency?
- Are temporary markings and tapers required prior to lane shifts and who will approve the temporary layout?
Roadway Lighting and Electrical Installation
- Provide the lighting design criteria (average maintained illuminance, uniformity ratios, mounting heights) and applicable standard (IES/ANSI).
- Which single-line diagram (SLD) and pole foundation details must be submitted for review and who approves electrical shop drawings?
- Specify conduit type, conductor sizes, transformer locations, and whether the power service point is owner supplied or contractor provided.
- How will night work or temporary lighting for traffic control be staged and what photometric acceptance testing will you require?
- Are as-built electrical schematics, O&M manuals, and spare parts lists required at turnover?
Traffic Signal Installation and Integration
- Which controller cabinet platform and interconnect protocol must be used (include required firmware or ATC compatibility)?
- Do you require loop detectors, video detection, or a fiber optic interconnect and who will supply conduit and handholes?
- What testing and acceptance will be required for timing plans, NEMA/UTC checks, and remote monitoring connections?
- Who will be responsible for signal timing development and field tuning after installation (contractor, owner, or third party)?
- Specify required documentation: as-built signal plans, detector logs, and final cabinet programming files at turnover.
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Mutual Commit
Finalize commercial and contractual terms including bonds, insurance, compliance commitments, milestones, and acceptance triggers.
Agreement Modules
- Project Contract
- Scope of Work (SOW)
- Performance Bond
- Payment Bond
- Maintenance/Warranty Bond
- Certificate of Insurance & Insurance Requirements
- Davis-Bacon & Federal-Aid Compliance Addendum
- DBE Participation Commitment
- Acceptance & Testing Protocols
- Milestones & Payment Schedule
- Change Order & Claims Procedure
- Subcontractor Approval & Flow-Down Agreement
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Execution & Acceptance
Operationalize construction with readiness checks, planned execution, and formal acceptance.
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Pre-Deployment Readiness
Capture concrete readiness facts — permits, utility coordination, access windows, inspection schedules, and named owners required before construction mobilizes.
Pre-Deployment Questions
Environment and site access
- Is this a single site/contract segment or multiple sites/segments to be mobilized?
- For each site or segment named above, provide current physical access status (approved / conditional / blocked) and, if not approved, the expected approval date. (Used to schedule first mobilization and staging.)
Permits and utility coordination
- Are all required permits for initial mobilization issued?
- For any permits still pending, list permit type, issuing agency, the named owner responsible for obtaining it, and the current target issuance date. (We use this to assign chase actions and gate the mobilization milestone.)
- Status of utility coordination within the work limits (relocation, protection, or confirmation required)?
People and ownership
- Provide the named owner who will authorize on-site mobilization (name, role, and best contact). (This person will be listed as the mobilization approver on the deployment plan.)
- Is there a single enabled point of contact for permitting and utility coordination (who can commit schedule changes or approvals)?
Timing and constraints
- Are there required lane-closure or traffic-control windows (daytime, overnight, weekend, holiday) that constrain initial mobilization or major work phases?
- List confirmed blackout or restricted date ranges that would prevent mobilization or major lane closures (one line per date-range and reason). (This prevents scheduling conflicts with public events or seasonal restrictions.)
- Has inspection and testing been coordinated with the inspection agency and given target dates for first production tests and initial acceptance inspections?
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Construction Configuration
Lock execution parameters the project will run to — phasing schedule, plant and material commitments, crew allocations, traffic control plans, and DBE/subcontractor commitments.
Configuration Details
Construction Configuration — Execution Parameters
- Confirm the construction mobilization date (format: YYYY-MM-DD). Default: contract mobilization date — enter the exact date the project will mobilize to lock the execution schedule.
Phasing & Schedule
- Primary project phasing model (select one). Default: Sequential phases (one phase completes before the next mobilizes).
- Number of contract phases to lock for execution (numeric integer). Default: 1 — enter the exact integer the project will use.
Plant & Material Commitments
- Primary asphalt plant identifier (enter your plant ID as used in your ERP/plant register). Leave blank if no primary plant is assigned yet.
- Committed total hot‑mix asphalt (HMA) tonnage from the primary plant (numeric, tons). Default: 0 — enter the committed tonnage the plant must supply.
- Committed primary plant production rate (numeric, tons per hour). Default: 200 — enter the locked production rate the plant must sustain in execution.
Crew, Traffic & DBE Commitments
- Number of paving crews assigned to this contract (numeric). Default: 1 — enter the exact count to reserve for the schedule.
- Traffic control plan variant to lock for execution (select one). Default: Seller-proposed standard TCP.
- Maximum simultaneous lane closures allowed (numeric lanes). Default: 1 — enter the maximum number of lanes that may be closed concurrently during execution.
- DBE participation commitment percentage (numeric percent). Default: 10 — enter the percentage of contract value or subcontracted scope committed to DBE participation.
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Construction Execution
Manage scheduled construction activities, milestone tracking, testing and inspection coordination, and stakeholder communications with clear owners and escalation paths.
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Completion & Acceptance
Formal project completion checklist to confirm inspections, testing (including ride quality), punch-list closure, lien releases, and owner sign-offs before final payment.
Checklist items
- Deliver final inspection and acceptance package to buyer's designated inspector
- Complete and document ride quality testing
- Close out the punch list with documented evidence
- Obtain unconditional final lien waivers from contractor, subcontractors, and major suppliers
- Submit final as-built (record) drawings and O&M manuals
- Provide final quantity reconciliation and supporting test documentation
- Deliver final DBE and subcontractor compliance closeout package
- Submit final certified payroll and Davis‑Bacon compliance records
- Confirm regulatory permits and agency closeouts are completed
- Verify temporary traffic control removed and permanent traffic configuration authorized
- Provide executed warranty documents and warranty contact information
- Obtain formal final acceptance and written authorization to process final payment
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Success
Review outcomes against success criteria, capture lessons learned, and maintain a shared channel for warranty issues, punch-list tracking, and enhancement requests.
Success Reviews
- Handover Health Check (Weeks 1-4 post-completion)
- First Measurement Review (Weeks 4-10)
- Warranty and Punch-list Follow-up (3-6 months post-completion)
- Annual Outcomes and Lessons Learned Review (12 months)
Issues & Enhancements
- Set up the long-term warranty and maintenance tracking board and document the escalation path for new issues.
- Open warranty cases review
- Reduce open punch-list items to the agreed threshold or document the remaining scope and extended timeline if justified.
- Confirm expected closure dates for all active warranty claims and commit to a verification method for each.
- Agree a recurring inspection schedule to monitor potential recurrence of identified defect types.
- Update the shared punch-list with progress notes and expected completion dates within 48 hours.
- Publish a consolidated warranty case log including response time targets and current response time averages.
- Schedule the next on-site preventive inspection and circulate the inspection checklist.
- 12-month performance metrics
- Establish whether 12-month IRI and pavement performance meet the acceptance thresholds and document any remaining remediation obligations.
- Capture a prioritized list of lessons learned and two concrete process changes to apply on future projects.
- Confirm the persistent warranty and maintenance tracking mechanism and its owner for ongoing issue management.
- Publish the annual performance report including IRI trends, coring results, and DBE final participation percentage.
- Produce a lessons-learned summary with recommended process changes and circulate to the project delivery group.
- Re-confirm handover deliverables
- Buyer confirms receipt of the full handover package or lists any missing documents to be delivered within 7 days.
- All high-priority punch-list items are acknowledged with remediation owners and target completion dates.
- Warranty contact channel and response time expectation documented and available to both teams.
- Publish a consolidated handover checklist showing delivered items and any outstanding documents within 48 hours.
- Post the current punch-list with owner, priority, and target completion date to the shared workspace within 24 hours.
- Create the warranty and inspection contact list and SLA summary and share for confirmation.
- Present first metric set
- Establish current punch-list closure rate as a baseline and agree target closure dates for outstanding high-priority items.
- Agree whether current IRI results meet the established acceptance thresholds or require corrective overlay or remediation.
- Document a remediation plan for each failing metric with clear verification steps and timelines.
- Publish the metric dashboard showing punch-list closure %, IRI results, and density test summary within 3 business days.
- Create remediation tickets for each failed IRI or density result with verification dates and required test methods.
- Schedule targeted inspections or coring tests to verify corrective work by the agreed dates.
- Early operations readiness review
- Quality verification summary
- Punch-list burn-down analysis
- Final DBE and compliance closeout summary
- Safety and traffic impact check
- Open punch-list and inspection defects triage
- Lessons learned workshop
- Root cause analysis for gaps
- Preventive steps and inspection schedule
- Ongoing maintenance and warranty channel confirmation
- Warranty and communications channel setup
- Agree corrective actions and deadlines
- Immediate remediation actions and timeline
- Confirm acceptance gate timeline