Advanced Project Insurance Risk Transfer and Claims Management Intensive Course

Course Introduction

Project insurance risk transfer and claims management are essential disciplines for protecting project investments, controlling financial exposure, allocating contractual responsibilities, and maintaining delivery continuity when unexpected events occur. Large infrastructure, engineering, construction, energy, industrial, technology, and capital investment projects can face substantial losses arising from physical damage, third-party liability, professional errors, contractor default, transportation incidents, environmental events, business interruption, and other unforeseen circumstances. The Advanced Project Insurance Risk Transfer and Claims Management Intensive Course equips participants with practical methods for identifying insurable exposures, structuring appropriate insurance arrangements, evaluating risk transfer mechanisms, and managing claims throughout the project lifecycle.

Effective project insurance management requires a thorough understanding of project-specific hazards, contractual obligations, policy structures, coverage limitations, deductibles, exclusions, limits of indemnity, notification requirements, and claims procedures. Participants examine how insurance requirements should be integrated into project feasibility, procurement, contract negotiations, mobilization, construction, commissioning, and operational handover. The course explores the relationships between project owners, developers, contractors, subcontractors, consultants, insurers, brokers, reinsurers, lenders, and claims professionals, emphasizing the importance of clearly allocating responsibilities and preventing gaps, overlaps, and disputes in insurance coverage.

Project risk transfer extends beyond purchasing an insurance policy. Project organizations must determine which exposures should be retained, reduced, contractually transferred, insured, or supported through alternative financial arrangements. Participants learn how to assess risk transfer effectiveness by examining loss scenarios, probability and severity estimates, insurance capacity, premium costs, contractual indemnities, liability caps, and the financial resilience of counterparties. Particular attention is given to the interaction between insurance policies and construction contracts, professional services agreements, supply contracts, financing arrangements, warranties, guarantees, and indemnification provisions. These relationships can materially affect whether a loss is recoverable and which party ultimately bears the financial consequences.

Claims management is equally important because insurance protection only delivers practical value when claims are notified, documented, investigated, presented, negotiated, and resolved effectively. The course examines the claims lifecycle, from incident identification and immediate loss mitigation through evidence preservation, policy interpretation, reserve assessment, adjustment, settlement, and recovery accounting. Participants explore methods for developing defensible claims submissions, maintaining contemporaneous project records, coordinating technical and legal evidence, managing insurer inquiries, and challenging disputed coverage or valuation decisions through appropriate procedures. They also learn how delays, incomplete documentation, inconsistent reporting, and unauthorized remedial actions can complicate recovery and increase the cost of project disruption.

The course addresses complex insurance and claims challenges associated with modern projects, including construction all risks and erection all risks coverage, professional indemnity, third-party liability, marine cargo, delay in start-up, business interruption, environmental liability, cyber exposures, political risks where applicable, and project-specific insurance programmes. Participants examine the importance of coverage adequacy, insurer financial strength, policy wording, claims cooperation clauses, subrogation rights, deductibles, and the coordination of primary and excess layers. Emerging issues such as climate-related losses, supply-chain disruption, inflation-driven reinstatement costs, evolving liability exposures, digital evidence, and data-supported claims analytics are considered within a practical project risk management framework.

By completing the Advanced Project Insurance Risk Transfer and Claims Management Intensive Course, participants will strengthen their ability to design insurance strategies, evaluate contractual risk allocation, coordinate insurance programmes, manage incidents, prepare and negotiate claims, and improve financial recovery following insured events. They will develop practical tools for insurance gap analysis, claims readiness, coverage review, loss quantification, insurer engagement, dispute prevention, and lessons learned. The course supports professionals seeking to protect project value, reduce uninsured exposure, strengthen contractual discipline, and improve resilience across complex project environments. Specific coverage, legal obligations, and claim outcomes remain dependent on the applicable policy wording, contract terms, jurisdiction, and facts of each loss.

Duration

10 days

Who Should Attend

• Project directors and senior project managers responsible for managing insurance exposure, contractual liabilities, and financial consequences across complex projects.

• Risk managers and enterprise risk professionals responsible for assessing insurable risks, selecting risk transfer mechanisms, and maintaining project risk registers.

• Insurance and claims managers coordinating project insurance programmes, policy renewals, incident notifications, claims submissions, negotiations, and settlements.

• Commercial managers and contract administrators responsible for indemnities, liability caps, insurance clauses, contractual notifications, and claims-related obligations.

• Construction, engineering, infrastructure, energy, mining, manufacturing, and industrial project professionals managing high-value assets and complex delivery risks.

• Finance managers and project controllers responsible for insurance budgets, deductibles, retained losses, claims reserves, cash-flow implications, and recovery accounting.

• Procurement and supply-chain professionals responsible for insurance requirements in tender documents, supplier contracts, logistics agreements, and subcontracting arrangements.

• Legal advisers and contract specialists involved in insurance coverage interpretation, contractual liability, dispute prevention, subrogation, and recovery negotiations.

• Insurance brokers, corporate insurance advisers, and risk consultants supporting project-specific insurance placement, coverage design, policy review, and claims advocacy.

• Insurance claims adjusters, loss assessors, and technical experts involved in investigating incidents, evaluating damage, estimating losses, and preparing settlement recommendations.

• Engineering consultants and professional services providers managing professional indemnity exposures, design responsibilities, technical errors, and contractual liability.

• Business continuity and operational resilience professionals addressing business interruption, project delays, emergency response, and restoration of critical activities.

• Project finance professionals, lenders, and investment specialists evaluating insurance requirements, lender protections, risk allocation, and project bankability.

• Internal auditors, compliance professionals, and governance specialists reviewing insurance controls, claims documentation, delegated authority, and financial recoveries.

• Executives and senior decision-makers seeking advanced capabilities in insurance strategy, risk financing, claims governance, and protection of project investments.

Course Objectives

• Develop an advanced understanding of project insurance principles, insurable interests, policy structures, risk transfer mechanisms, contractual liabilities, and the relationship between insurance and project financial resilience.

• Identify, classify, and quantify project exposures to physical damage, third-party liability, professional errors, transportation losses, business interruption, environmental events, and other insurable risks.

• Design project insurance programmes that align coverage types, limits, deductibles, policy periods, insured parties, and extensions with project-specific hazards and contractual requirements.

• Evaluate insurance provisions in construction contracts, professional services agreements, procurement documents, supply contracts, and financing arrangements to identify gaps, overlaps, inconsistencies, and unintended liability exposure.

• Compare insurance-based and non-insurance risk transfer strategies, including indemnities, liability caps, guarantees, contractual allocation, self-insurance, and alternative risk financing arrangements.

• Assess policy wording, exclusions, conditions precedent, warranties, notification requirements, claims cooperation clauses, subrogation provisions, and other terms that influence coverage availability and recovery outcomes.

• Establish effective claims management procedures covering incident notification, loss mitigation, evidence preservation, technical investigation, documentation, loss valuation, insurer engagement, and settlement control.

• Apply practical methods for quantifying insured losses, including physical damage, reinstatement costs, professional fees, debris removal, mitigation expenses, business interruption, and applicable time-related losses.

• Strengthen claims negotiation capabilities by preparing evidence-based submissions, evaluating insurer positions, addressing coverage disputes, assessing settlement offers, and escalating disagreements through appropriate channels.

• Improve coordination among project teams, insurers, brokers, loss adjusters, contractors, legal advisers, technical experts, and finance teams throughout the insurance and claims lifecycle.

• Develop insurance governance, claims dashboards, exposure reports, renewal calendars, audit controls, and performance indicators that improve accountability and visibility of project risk transfer arrangements.

• Produce an actionable project insurance and claims management framework incorporating risk allocation, coverage verification, incident readiness, claims protocols, recovery planning, and continuous improvement.

Comprehensive Course Outline

Module 1: Foundations of Project Insurance and Risk Transfer

• Examine the principles of insurable interest, indemnity, insurable loss, utmost good faith where applicable, contribution, subrogation, and the practical role of insurance in project risk financing.

• Distinguish insurable risks from contractual, commercial, strategic, operational, and residual exposures that may require prevention, retention, contractual allocation, or alternative financing.

• Analyze the responsibilities of project owners, developers, contractors, subcontractors, consultants, insurers, brokers, reinsurers, lenders, and claims professionals in managing project insurance arrangements.

• Evaluate how insurance supports project continuity, lender confidence, contractual compliance, asset protection, financial resilience, and the management of unexpected project losses.

Module 2: Project Risk Identification and Insurability Assessment

• Develop project risk inventories covering construction activities, equipment, materials, transportation, commissioning, third-party exposure, professional services, environmental hazards, and operational dependencies.

• Assess the frequency, severity, duration, and financial consequences of potential losses using historical information, engineering assessments, scenario analysis, and project-specific risk data.

• Determine which exposures are insurable, partially insurable, excluded, commercially impractical to insure, or better managed through prevention and contractual risk allocation.

• Prepare insurance exposure registers that connect identified risks with existing controls, required policy coverage, responsible parties, residual exposure, and recommended mitigation actions.

Module 3: Project Insurance Programme Design and Coverage Architecture

• Design coordinated insurance programmes that align policy types, insured parties, coverage limits, deductibles, policy periods, territorial scope, and project phases with the overall risk profile.

• Examine construction all risks, erection all risks, property damage, third-party liability, professional indemnity, marine cargo, equipment, and other relevant project insurance classes.

• Assess the use of primary policies, excess layers, umbrella coverage, endorsements, extensions, and specialist policies to address high-value or complex project exposures.

• Conduct insurance gap analysis to identify missing coverage, duplicated protection, inadequate limits, incompatible policy periods, uninsured parties, and gaps between construction and operational phases.

Module 4: Contractual Risk Allocation and Insurance Clauses

• Review indemnity provisions, liability caps, exclusions of consequential loss, insurance obligations, waivers of subrogation, and allocation of responsibility for physical damage and third-party claims.

• Align contract insurance requirements with project risk assessments, procurement strategies, market availability, policy limits, subcontracting structures, and the financial capacity of counterparties.

• Evaluate the interaction between insurance clauses and construction contracts, design agreements, equipment supply contracts, logistics arrangements, operation agreements, and financing documentation.

• Develop practical insurance compliance checklists for verifying certificates, endorsements, insured status, renewal dates, minimum limits, contractual consistency, and evidence of coverage.

Module 5: Advanced Policy Wording and Coverage Interpretation

• Analyze policy schedules, insuring clauses, definitions, exclusions, conditions, endorsements, deductibles, sublimits, warranties, and notification provisions affecting project insurance recovery.

• Examine coverage triggers, material damage requirements, insured event definitions, causation issues, aggregation provisions, and the treatment of concurrent or sequential losses.

• Assess how policy language interacts with contractual obligations, project milestones, maintenance periods, testing and commissioning, defects, and changes in project scope.

• Apply structured coverage review techniques to identify ambiguity, restrictive wording, potential disputes, and areas requiring clarification from qualified insurance, legal, or broking advisers.

Module 6: Insurance Placement, Premium Evaluation, and Market Engagement

• Prepare insurance submissions containing project descriptions, engineering information, risk controls, construction schedules, loss histories, contractor details, and relevant exposure estimates.

• Evaluate insurer proposals by comparing coverage breadth, exclusions, limits, deductibles, conditions, premium costs, insurer financial strength, and claims service capabilities.

• Examine broker selection, placement strategies, insurer negotiations, co-insurance, reinsurance capacity, policy administration, and renewal planning for large or technically complex projects.

• Develop premium and total-cost-of-risk comparisons that consider retained losses, deductibles, risk improvement measures, claims history, policy structure, and the financial consequences of inadequate coverage.

Module 7: Claims Notification, Incident Response, and Evidence Preservation

• Establish incident notification procedures defining reporting responsibilities, required timelines, escalation thresholds, insurer contacts, broker coordination, and the documentation needed for initial claims registration.

• Coordinate immediate loss mitigation with safety, engineering, operations, security, environmental, and emergency response teams while preserving evidence and complying with applicable obligations.

• Maintain contemporaneous records of incident chronology, site conditions, photographs, technical findings, witness accounts, damaged assets, mitigation measures, and associated expenditure.

• Manage communication with insurers, adjusters, contractors, regulators, and legal advisers while avoiding unsupported conclusions, inconsistent statements, and actions that may prejudice a claim.

Module 8: Claims Investigation, Loss Adjustment, and Coverage Assessment

• Examine the roles of loss adjusters, forensic engineers, surveyors, accountants, legal advisers, insurers, brokers, and project personnel in investigating and assessing project insurance claims.

• Apply structured methods for establishing the cause, extent, timing, ownership, and financial consequences of a loss using reliable evidence and appropriate technical analysis.

• Evaluate coverage positions by comparing verified facts with policy wording, applicable exclusions, conditions, deductibles, sublimits, and relevant contractual arrangements.

• Develop claims issue registers that track outstanding evidence, disputed facts, valuation questions, coverage reservations, mitigation actions, responsible parties, and required decisions.

Module 9: Claims Quantification, Valuation, and Financial Recovery

• Quantify physical damage using appropriate repair, replacement, reinstatement, depreciation, salvage, professional fee, debris removal, and mitigation cost methodologies.

• Assess business interruption and delay-related losses where covered, considering insured damage triggers, waiting periods, indemnity periods, time-related expenses, and the evidence needed to substantiate financial impact.

• Reconcile contractor invoices, purchase orders, labor records, engineering reports, accounting data, and recovery costs to develop transparent and auditable claims calculations.

• Analyze deductibles, sublimits, underinsurance, average or proportional settlement provisions where applicable, salvage recoveries, and other factors affecting the amount ultimately recoverable.

Module 10: Construction, Engineering, and Infrastructure Insurance Claims

• Examine common claims arising from structural damage, machinery breakdown, design defects, accidental damage, fire, flooding, ground conditions, testing failures, and construction incidents.

• Assess the relationship between construction all risks coverage, erection all risks policies, maintenance periods, testing and commissioning, defects exclusions, and operational handover.

• Coordinate engineering investigations, damage assessments, remedial works, contractor responsibilities, temporary repairs, and reinstatement estimates to support effective recovery and delivery continuity.

• Evaluate how design changes, construction methods, site conditions, subcontractor actions, and technical nonconformities may influence coverage analysis and allocation of financial responsibility.

Module 11: Liability, Professional Indemnity, and Third-Party Claims

• Examine project exposures arising from bodily injury, property damage, professional negligence, errors and omissions, defective advice, contractual disputes, and allegations of negligent project management.

• Distinguish first-party property claims from third-party liability claims and assess how policy definitions, defense provisions, limits, exclusions, and notification requirements may differ.

• Coordinate responses to third-party demands through appropriate legal, insurance, technical, and management channels while preserving evidence and controlling unauthorized admissions.

• Analyze contractual indemnities, professional duties, contribution between responsible parties, subrogation rights, and recovery opportunities without assuming that insurance automatically removes underlying liability.

Module 12: Delay, Business Interruption, and Supply-Chain Losses

• Assess the causes of project delay, including physical damage, equipment failure, transport disruption, supplier insolvency, labor shortages, extreme weather, and interruption of critical utilities.

• Examine delay in start-up and business interruption coverage, including insured event requirements, waiting periods, indemnity periods, dependencies, and relevant policy exclusions.

• Quantify delay-related financial effects using baseline schedules, updated forecasts, critical-path analysis, revenue projections, additional expenses, and substantiated mitigation costs.

• Develop coordinated recovery strategies that integrate insurance requirements, alternative sourcing, temporary facilities, resequencing, restoration priorities, and contractual notification obligations.

Module 13: Claims Negotiation, Dispute Resolution, and Recovery Strategy

• Prepare structured claims submissions with clear loss narratives, policy references, supporting evidence, itemized calculations, mitigation records, and transparent explanations of outstanding uncertainties.

• Evaluate insurer questions, coverage reservations, adjustment proposals, partial settlements, and requests for additional evidence using documented facts and technically supported responses.

• Develop negotiation strategies that assess settlement value, uncertainty, recovery timing, legal costs, business continuity needs, and the commercial consequences of prolonged disputes.

• Examine dispute resolution mechanisms, including escalation, expert determination, mediation, arbitration, litigation, or other procedures where permitted by the applicable policy and jurisdiction.

Module 14: Insurance Governance, Claims Controls, and Recovery Accounting

• Establish governance arrangements defining insurance ownership, approval authority, policy administration, renewal oversight, claims escalation, settlement approvals, and financial reporting responsibilities.

• Develop claims dashboards that track notification deadlines, claim values, reserves, recovery forecasts, outstanding documentation, insurer responses, settlement progress, and unresolved disputes.

• Implement controls for recording insured losses, deductible expenditure, claims receivables, settlements, recoveries, legal costs, salvage proceeds, and residual uninsured amounts.

• Conduct periodic insurance and claims audits to test policy compliance, identify control weaknesses, verify recoveries, review open claims, and improve the reliability of management information.

Module 15: Emerging Insurance Exposures and Advanced Risk Transfer

• Evaluate project insurance implications of climate-related events, extreme weather, environmental incidents, cyber disruptions, geopolitical instability, and emerging technology risks.

• Examine parametric insurance, captives, self-insurance, deductibles, risk pools, contractual risk sharing, and other alternative risk financing mechanisms where appropriate to the project's scale and risk profile.

• Assess inflation, currency movements, replacement-cost escalation, supply-chain concentration, and changes in insurer capacity when determining coverage limits and renewal strategies.

• Explore the responsible use of data analytics, digital evidence management, automated claims tracking, and artificial intelligence while maintaining verification, confidentiality, governance, and human oversight.

Module 16: Integrated Project Insurance and Claims Management Capstone

• Conduct an integrated case study involving a major project loss, contractual liability questions, uncertain policy coverage, emergency mitigation costs, schedule disruption, and competing stakeholder priorities.

• Develop an insurance response plan covering immediate incident actions, policy notification, evidence preservation, technical investigation, claims ownership, insurer engagement, and management escalation.

• Prepare a defensible claim submission with coverage analysis, quantified losses, supporting documentation, recovery assumptions, settlement options, and a structured negotiation strategy.

• Produce a project-specific insurance and claims management improvement plan covering risk transfer design, contractual alignment, coverage verification, response readiness, performance indicators, and lessons learned.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.