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The checklist below gives owners and contractors a common operating system: define governance, identify threats and opportunities, score exposure, assign each risk to the party best able to control it, document funded responses, and reforecast as conditions change. It follows the control areas emphasized in Federal Highway Administration (FHWA) project-management and risk guidance.
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How to use this checklist
- Open the register during planning. Record assumptions, constraints, commitments and unknowns before the concept is fixed.
- Review it at decision gates. Typical gates are environmental approval, preliminary and final design, procurement, notice to proceed, mobilization, major work-package releases, substantial completion and operations handover.
- Reopen it when facts change. A new utility survey, design revision, permit condition, geotechnical finding, claim, safety event, stakeholder commitment or contract change can create a new risk or alter an existing rating.
- Keep one controlled record. The owner, designer, contractor and key third parties may maintain working views, but the project must have an agreed master register, version history and decision log.
FHWA’s project-management checklist calls for documented controls covering contract administration, scope, cost, schedule, risk, quality, communications, records, closeout, oversight and plan maintenance. Treat those controls as connected rather than as separate forms.
1. Define the project and its governance
Risk cannot be allocated or priced until the project boundary and decision structure are explicit. Complete these checks before relying on a baseline budget or schedule.
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- State the purpose, measurable objectives, scope inclusions and exclusions, interfaces, assumptions, constraints, location, phasing and success measures.
- Identify the owner or project sponsor, designer, contractor, consultants, utility owners, authorities, safety leaders, independent reviewers, operators and affected community or user groups.
- Publish decision rights: who can approve design changes, contingency use, time extensions, claims, emergency work and acceptance of residual risk.
- Set escalation thresholds for cost, schedule, safety, environmental compliance, quality, public impact and reputational exposure.
- Set the reporting cadence, meeting structure, records owner, document-retention rules and required evidence for decisions.
- Define the authority for accepting residual risk after mitigation; do not leave acceptance implied in meeting minutes.
2. Identify risks early and repeatedly
Use facilitated workshops rather than relying on a single manager’s list. Include project management, design, estimating, scheduling, construction, safety, environmental, right-of-way, geotechnical, utilities, operations, finance, procurement and stakeholder representatives. Invite people who will maintain the asset and those affected by traffic, noise, access or service interruptions.
Pre-design and planning prompts
- Are environmental commitments, permit conditions, protected resources, contamination concerns and community effects understood?
- Is land acquisition, easement, relocation and access work complete enough for the proposed sequence?
- Are geotechnical, survey, hydrology, utility and existing-asset records adequate, and what remains unverified?
- Have constructability, temporary works, maintenance of traffic, railroad interfaces and third-party approvals been examined?
- Which requirements, interfaces or operating assumptions could change after design is advanced?
Include both threats and opportunities. FHWA’s public-private-partnership process treats identification, assessment, response, allocation and monitoring as linked activities; a risk is not managed merely because it appears on a list.
3. Build a complete, consistent risk register
Use one row per cause-and-consequence scenario. Keep risks mutually exclusive enough to avoid double counting, but exhaustive enough that material exposure is not hidden in a generic “miscellaneous” entry.
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| Register field | What to record |
|---|---|
| Identification | Unique risk ID, short name, category and the phase or work package affected. |
| Scenario | Clear description of the event, its causes and its consequences for cost, time, scope, quality, safety, environment, mobility, revenue, reputation or operations. |
| Assessment | Probability level, impact level, approved risk score or ranking, confidence in the assessment and any valuation method. |
| Early warning | Trigger, leading indicator, data source, threshold and person responsible for watching it. |
| Response | Avoid, mitigate, transfer/share or accept; list specific actions, dependencies, budget and due dates. |
| Accountability | Response owner, contractual allocation, supporting parties and who may accept residual exposure. |
| Exposure | Cost and schedule effect, contingency or allowance affected, residual risk after response, and any expected-value or quantitative analysis. |
| Control | Status, action history, evidence, last review date, next review date and links to decisions, permits, drawings, tests or correspondence. |
FHWA risk-register guidance identifies these same core elements, including risk ID, category, description, impact phase, causes, impacts, probability, impact, management measures, allocation, valuation method and risk value. Update the record continually; a stale register is not a control.
4. Score and prioritize exposure
Adopt a probability-and-consequence matrix approved for this project. Define what each level means before workshops begin, and apply the definitions consistently across disciplines. Consequence should cover more than direct cost.
- Cost and funding: estimate growth, financing, cash flow, revenue or grant conditions, claims and contingency drawdown.
- Schedule and delivery: critical-path delay, lost float, access windows, long-lead procurement and commissioning impact.
- Scope and quality: performance shortfall, redesign, nonconformance, rework and incomplete requirements.
- Safety and mobility: worker or public harm, emergency access, traffic disruption, pedestrian and bicyclist exposure.
- Environmental and legal compliance: permit breach, protected-resource impact, contamination, land or easement delay.
- Operations and reputation: maintainability, service reliability, user confidence, public commitments and organizational credibility.
Rank the small group requiring executive attention, quantitative analysis, contingency or a formal response plan. Do not delete low-probability/high-impact events: FHWA cost-estimation guidance specifically asks how such events are handled and whether risks are ranked and valued.
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When quantitative analysis is warranted
For major, novel or highly uncertain projects, supplement the matrix with quantitative cost and schedule analysis. Model probability distributions rather than a single point estimate, calculate expected-value impacts where the data support it, and use sensitivity or tornado views to show which assumptions drive the forecast. Record the assumptions, data quality and confidence range so decision-makers do not mistake an estimate for a guarantee.
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5. Select a response and allocate it fairly
Use four basic strategies:
- Avoid: change the scope, method, alignment, sequence or requirement so the cause no longer exists.
- Mitigate: reduce probability or consequence through surveys, trials, redundancy, protection, training, inspections, allowances or contingency plans.
- Transfer or share: place a defined exposure with a party that can control it, using a clear contract mechanism, insurance, bond, warranty, allowance or shared-management arrangement.
- Accept: consciously retain the exposure with an identified owner, trigger, contingency and approval for the residual risk.
Allocate a risk to the party best able to control its cause or consequence, not simply to the party with the least negotiating power. FHWA warns that onerous clauses and poor allocation can substantially increase cost or contribute to project failure. Make the allocation visible in procurement documents, contract clauses, design criteria, contingencies, insurance, bonds, warranties and change-control procedures.
Owner and contractor responsibilities
| Owner or sponsor typically controls | Contractor typically controls | Shared or interface controls |
|---|---|---|
| Purpose, funding, scope boundaries, land and easement strategy, stakeholder commitments, owner-furnished information and acceptance criteria. | Means and methods, temporary works, production planning, site logistics, subcontractors, workforce competence, quality control and day-to-day safety execution. | Design development, constructability, utility and railroad coordination, traffic staging, approvals, commissioning and change management. |
| Procurement and delivery model, contract terms, contingency governance, access rights and decisions to accept residual risk. | Supplier selection and expediting, material traceability, testing, inspection readiness, incident response and corrective action. | Schedule integration, cost forecasting, claims prevention, public information, environmental commitments and protection of third-party operations. |
| Operations requirements, handover standards, asset-data needs and long-term performance objectives. | As-builts, training inputs, warranties, spares lists, maintenance information and defect correction within the contract. | Readiness reviews, systems integration, final testing, safety files and transfer of unresolved risks. |
The contract should state what happens when an allocated risk occurs: notice timing, evidence, pricing method, time entitlement, mitigation duty, dispute path and authority to direct a change.
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6. Check every major risk domain
Financial and funding
- Test the estimate basis, escalation assumptions, financing conditions, cash flow, payment timing, allowances, contingency ownership and revenue or grant dependencies.
- Define how changes, claims, disputed quantities and delayed payment affect exposure.
Scope and design
- Verify requirements, design maturity, technical standards, interfaces, constructability, temporary works and completeness of existing-condition information.
- Set a design-change process with impact review for cost, schedule, safety, permits, operations and maintainability.
Schedule and delivery
- Validate the critical path, float, production rates, access windows, permits, utility relocations, long-lead items, approvals, weather allowances, phasing and commissioning sequence.
- Identify the recovery options and their cost before a delay occurs.
Construction and quality
- Review means and methods, materials, testing, inspection and quality-assurance/control hold points.
- Assess subcontractor and supplier capacity, logistics, storage, nonconformance handling and rework exposure.
Safety, traffic and public mobility
- Plan worker protection, public separation, temporary traffic control, emergency access, incident management, pedestrian and bicyclist routes, transit or freight impacts and road-user information.
- FHWA design-build checklists call for work-zone safety, mobility, incident management, public information and formal reviews.
Environmental and right-of-way
- Track every environmental commitment and permit condition, including protected resources, contamination controls, community effects, land acquisition, easements and relocations.
- Assign evidence owners and inspection frequency for commitments that extend through construction.
Utilities, rail and third parties
- Confirm records, potholing or other verification, protection plans, outage windows, owner approvals, railroad agreements, access rights and interface milestones.
- Record assumptions supplied by third parties and the date by which they must be confirmed.
Contract and commercial
- Examine delivery method, role clarity, payment, change orders, claims, disputes, warranties, insurance, bonds, termination rights and notice requirements.
- Check that the commercial mechanism matches the technical allocation; a clause that cannot be administered will not control risk.
Security, resilience, operations and maintenance
- Consider physical and cyber security, extreme events, redundancy, maintainability, inspection access, lifecycle performance, spares, training and asset handover.
- Test whether operators can safely maintain the completed system under the assumptions used in design.
Public relations and communications
- Track stakeholder promises, public-information commitments, complaints, disclosures, meeting records and escalation routes.
- Give one accountable owner authority to coordinate messages during incidents or disruptive work.
7. Use independent safety and design reviews
A road safety audit is a multidisciplinary, independent review of a road project that considers all road users and human factors. FHWA describes eight steps:
- Identify the project for audit.
- Select a qualified, independent team.
- Hold a start-up meeting to establish scope, information and responsibilities.
- Perform field reviews under relevant conditions, including night or peak-period conditions when appropriate.
- Analyze findings and prepare a report.
- Present the findings to the owner.
- Prepare a formal owner response stating what will be accepted, changed or declined and why.
- Incorporate accepted findings into design, construction or operations controls.
Apply the same independence principle to high-consequence design, constructability, geotechnical, fire/life-safety, systems-integration and commissioning reviews. Independence means the reviewer can identify a problem without being responsible for defending the original decision.
8. Monitor, report and reforecast
Set review dates around design submissions, procurement, mobilization, major work packages, payment milestones, safety events, changes, claims and stage gates. At each review:
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- Check triggers and leading indicators, overdue actions, response effectiveness and residual exposure.
- Record contingency drawdown, emerging risks, cost trends, schedule trends and changes to float or critical path.
- Update the baseline schedule and cost forecast when risk impacts change. FHWA template guidance states that post-assessment schedules should reflect risk-related adjustments to start and finish dates and float.
- Escalate the top risks, decisions needed and accepted residual exposures to the governance body while keeping the complete register available to the delivery team.
- Close a risk only when the event is impossible or no longer relevant, the response is complete, or the exposure has been formally transferred and accepted with evidence.
9. Close out and transfer operations
Closeout is a risk stage, not an administrative afterthought. Before acceptance, verify that outstanding risks, claims, defects, warranties, permits, as-builts, safety files, training, asset data, spares and maintenance responsibilities have a named owner and a documented disposition.
- Reconcile the final risk register with open change orders, claims, nonconformances, punch-list items and warranty obligations.
- Confirm operators have the information, access, training, tools and spares needed for safe maintenance.
- Transfer permits, inspection records, test results, emergency procedures, cybersecurity information and asset data to the responsible operations team.
- Document accepted residual risks, monitoring requirements and expiry or review dates.
- Capture lessons learned while the evidence is available and track actions through formal closeout.
Choosing a delivery model with risk in mind
Do not compare delivery methods only on advertised price or speed. Compare who retains each exposure, how interfaces are managed and whether the commercial model supports the desired behavior.
| Comparison question | Design-bid-build | Design-build | Construction manager/general contractor | Public-private partnership |
|---|---|---|---|---|
| Risk retained versus transferred | Owner commonly retains more design and interface risk unless the contract clearly reallocates it. | More design-and-construction interface responsibility can sit with one entity, subject to the contract’s design criteria. | Risk is divided across packages and management services; allocation depends heavily on the trade contracts. | Can combine construction, financing and long-term performance risks, but allocation must be explicit and bankable. |
| Owner design control | Generally higher before bidding; changes after award require disciplined change control. | Owner sets output requirements while the team develops the design within those criteria. | Owner can retain substantial design influence while engaging construction expertise early. | Owner defines performance and service requirements; private partner influence is usually broad. |
| Price and schedule certainty | Price is clearer after design and bid, but late discovery of interfaces can create changes. | Potential for earlier integration, with certainty dependent on requirement maturity and risk allocation. | Early packages can accelerate work, while final cost depends on package definition and market conditions. | Long-term commitments may improve lifecycle visibility but add financing and procurement complexity. |
| Interface, claims and change mechanisms | Owner often coordinates designer, contractor and third parties; claims can arise at boundaries. | Single-point coordination can reduce some boundaries, but owner changes and incomplete criteria remain material. | Requires strong package coordination, transparent contingencies and clear authority for changes. | Detailed governance is essential for variations, performance failures, refinancing, termination and handback. |
| Safety, quality and lifecycle incentives | Usually specified through separate design and construction controls. | Can align design choices with construction quality when requirements and verification are strong. | Early construction input can improve buildability and quality planning. | Long-term operations and maintenance incentives can be stronger, with more complex oversight. |
FHWA guidance emphasizes that risks must be allocated to team members who can best manage them. Use the comparison to select a model, then test the proposed clauses, contingencies, insurance and governance against the actual risk register.
Practical review questions for the next meeting
- Which three risks could change the approved budget or completion date, and what evidence supports their current ratings?
- What trigger would tell us that a mitigation is failing, and who has authority to act?
- Is each major risk assigned to the party able to control its cause, with a workable contract mechanism?
- Which low-probability/high-impact event still lacks a funded response or emergency plan?
- What changed since the last gate: scope, design, site information, stakeholder commitments, permits, interfaces, market conditions or contract terms?
- Which residual risks must operations accept, monitor or insure at handover?
Tom Sorel of the FHWA Minnesota Division summarized the purpose of disciplined analysis: “Risk analysis determines where the high and low risk areas of a project are.” It “helps you to determine where to put your focus and resources.” That is the practical test of a checklist: it should change decisions, funding, sequencing or accountability—not merely create another report.
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