Construction Claims, Delay and Forensic Schedule Management Course

Course Introduction

The Construction Claims, Delay and Forensic Schedule Management Course provides an advanced, practical framework for identifying, analyzing, substantiating, evaluating, and resolving construction claims arising from delays, disruption, variations, acceleration, and other project events. Construction disputes frequently involve complex contractual obligations, evolving design requirements, incomplete records, changing site conditions, resource constraints, and competing interpretations of responsibility. This course equips participants with the technical, contractual, commercial, and analytical skills needed to investigate project events systematically, establish defensible positions, and support fair, evidence-based decisions throughout the construction project lifecycle.

Delay claims can have substantial financial and operational consequences for project owners, contractors, subcontractors, consultants, and suppliers. Establishing entitlement requires more than identifying a late activity or comparing planned and actual completion dates. Participants examine the relationship between contractual milestones, approved baselines, critical path activities, contemporaneous progress records, delay notifications, and the obligations of the parties. The programme explores how to distinguish excusable, compensable, and non-excusable delays where applicable under the governing contract, while considering concurrency, mitigation, extension-of-time entitlement, and the effect of employer-caused and contractor-caused events.

A central component of the course is forensic schedule analysis, which involves reconstructing project performance and evaluating the time-related effects of events using reliable planning data and documented evidence. Participants examine recognized analytical approaches, including impacted as-planned analysis, time impact analysis, as-planned versus as-built comparisons, windows analysis, and retrospective longest-path analysis. The course addresses the appropriate selection of methods based on the contract, available records, project circumstances, analytical purpose, and applicable professional guidance. Emphasis is placed on schedule logic, baseline integrity, critical path movement, data quality, analytical assumptions, and transparent explanation of findings.

The programme also develops participants’ ability to assess the commercial implications of delay and disruption. Topics include prolongation costs, extended site overheads, disruption-related productivity losses, acceleration costs, standby resources, additional supervision, equipment inefficiency, and the treatment of costs associated with variations and changed working conditions. Participants learn how to organize cost evidence, test supporting records, assess causation, distinguish direct and indirect effects, and avoid double counting or unsupported assumptions. The course also considers the relationship between contractual entitlement, causation, quantum, mitigation, and the documentation required to substantiate or challenge a claim.

Effective claims management depends on contemporaneous records, disciplined contract administration, and clear communication between project stakeholders. Participants examine notices, instructions, correspondence, daily reports, meeting minutes, site diaries, resource records, procurement logs, progress photographs, inspection records, and schedule updates as sources of evidence. The course explores how claims registers, event chronologies, responsibility matrices, document protocols, and structured review procedures can improve traceability and audit readiness. Emerging practices involving digital project records, common data environments, schedule analytics, and AI-assisted document review are also considered, with attention to confidentiality, data integrity, human verification, and defensible analytical conclusions.

By the end of the programme, participants will be better equipped to prevent avoidable disputes, evaluate delay allegations, prepare or review extension-of-time submissions, analyze disruption evidence, and support informed commercial negotiations. Through practical case studies, schedule exercises, event mapping, record evaluation, and claim assessment scenarios, the course connects contractual principles with the realities of project execution. It is designed to improve the quality of claims preparation, strengthen forensic schedule analysis, promote proportionate dispute resolution, and support commercially sound outcomes while respecting the governing contract, applicable law, and relevant professional standards.

Duration

10 days

Who Should Attend

• Construction project managers responsible for managing contractual obligations, programme performance, and delivery disputes.

• Planning and scheduling engineers involved in baseline development, progress updates, delay analysis, and schedule recovery.

• Forensic schedule analysts preparing or reviewing time impact assessments and retrospective delay evaluations.

• Claims consultants advising employers, contractors, subcontractors, and other construction project stakeholders.

• Contract administrators managing notices, instructions, variations, extension-of-time requests, and contractual correspondence.

• Quantity surveyors and commercial managers assessing claims, prolongation costs, disruption costs, and variation valuations.

• Project controls managers overseeing schedule integrity, performance measurement, risk monitoring, and delay reporting.

• Construction managers and site managers responsible for contemporaneous records, work sequencing, and site performance evidence.

• Civil, structural, mechanical, electrical, and other discipline engineers involved in technical interfaces and delay investigations.

• Legal practitioners and in-house counsel working on construction contracts, adjudication, arbitration, and dispute resolution.

• Expert witnesses and technical advisers involved in forensic schedule analysis, claim substantiation, or independent reviews.

• Employer and client representatives evaluating contractor claims and assessing entitlement to additional time or payment.

• Main contractors and subcontractors seeking to improve claims preparation, evidence management, and commercial protection.

• Procurement and supply chain professionals dealing with late deliveries, vendor delays, and contractual interface issues.

• Risk managers and project assurance professionals evaluating delay exposure, dispute risks, and claims management controls.

• Project directors and senior executives responsible for commercial governance, dispute escalation, and project recovery decisions.

Course Objectives

By the end of this course, participants will be able to:

• Interpret construction contract provisions relating to delay, extension of time, liquidated damages, variations, disruption, acceleration, notification, and claims procedures.

• Establish a systematic framework for identifying delay events, documenting causation, assessing responsibility, and linking project events to contractual entitlement.

• Develop and evaluate construction baseline schedules using sound planning principles, logical relationships, critical path analysis, and defensible progress measurement procedures.

• Apply appropriate forensic schedule analysis methodologies to reconstruct project history, evaluate delay effects, and explain critical path movement using available evidence.

• Distinguish between excusable, compensable, and non-excusable delays where supported by the governing contract and applicable legal framework.

• Assess concurrent delay scenarios by examining overlapping events, critical path effects, contractual allocation of risk, and relevant legal or professional guidance.

• Prepare and review extension-of-time submissions supported by event chronologies, schedule analysis, contemporaneous records, contractual references, and transparent assumptions.

• Evaluate disruption and prolongation claims by examining productivity records, resource deployment, site overheads, equipment utilization, and demonstrable cost consequences.

• Organize, preserve, and assess contemporaneous project evidence to improve traceability, audit readiness, claim substantiation, and the credibility of analytical conclusions.

• Identify weaknesses in claims involving causation, notice compliance, mitigation, criticality, quantum, record reliability, and unsupported assumptions or calculations.

• Develop practical claims avoidance and dispute prevention procedures that strengthen early warning, change control, communication, negotiation, and issue escalation.

• Use digital records, schedule analytics, and appropriately governed AI-assisted review tools to improve evidence organization while preserving confidentiality and professional judgment.

Comprehensive Course Outline

Module 1: Construction Claims Fundamentals and Contractual Risk Allocation

• Types of construction claims, including delay, disruption, acceleration, variations, changed conditions, and additional payment claims.

• Contractual allocation of time, cost, design, access, procurement, coordination, and unforeseen-condition risks.

• Relationship between contractual entitlement, causation, notice compliance, substantiation, mitigation, and quantum.

• Claims management lifecycle covering identification, notification, investigation, submission, assessment, negotiation, and resolution.

Module 2: Construction Contract Administration and Claims Procedures

• Interpreting contractual provisions on commencement, completion dates, milestones, extensions of time, and delay damages.

• Managing notice requirements, claim submission deadlines, supporting particulars, and procedural conditions under the contract.

• Evaluating instructions, variations, approvals, access obligations, suspension events, and employer or contractor responsibilities.

• Maintaining claims registers, contractual correspondence, decision records, and escalation procedures for unresolved matters.

Module 3: Baseline Schedule Development and Programme Integrity

• Establishing an approved construction baseline with a clear work breakdown structure, activity coding, calendars, and milestones.

• Validating schedule logic, durations, constraints, dependencies, critical paths, float calculations, and sequencing assumptions.

• Assessing schedule quality, baseline revisions, progress update conventions, data dates, and consistency across reporting periods.

• Identifying schedule weaknesses that may undermine delay analysis, including open ends, excessive constraints, and unreliable logic.

Module 4: Critical Path Analysis and Schedule Performance Evaluation

• Applying critical path methodology to identify activities governing contractual milestones and forecast completion dates.

• Evaluating total float, free float, near-critical paths, path convergence, and changes in controlling sequences.

• Assessing schedule updates to determine how progress, resequencing, resource constraints, and changes affect project completion.

• Establishing the relationship between activity delay, project delay, milestone impacts, and potential contractual consequences.

Module 5: Delay Event Identification, Chronology and Causation

• Identifying delay events arising from design changes, late approvals, restricted access, procurement failures, weather, and unforeseen conditions.

• Developing event chronologies that connect instructions, notices, site records, schedule updates, and actual project outcomes.

• Establishing cause-and-effect relationships between an alleged event, affected activities, critical path consequences, and completion impacts.

• Distinguishing event occurrence, activity delay, critical delay, project completion delay, and the separate question of contractual entitlement.

Module 6: Forensic Schedule Analysis Methodologies

• Applying impacted as-planned analysis to evaluate the modeled effect of identified delay events on an approved baseline.

• Conducting time impact analysis using suitable schedule updates, event-specific fragnet insertion, and documented analytical assumptions.

• Comparing as-planned and as-built performance to identify differences in sequencing, durations, progress, and completion outcomes.

• Evaluating windows analysis and retrospective longest-path approaches to assess evolving critical paths and actual delay periods.

Module 7: Method Selection, Concurrency and Delay Apportionment

• Selecting forensic schedule methods according to the contract, analytical purpose, record availability, schedule quality, and project circumstances.

• Evaluating concurrent delay allegations by examining overlapping events, criticality, timing, causation, and responsibility.

• Distinguishing true concurrency from sequential delays, non-critical delays, pacing arguments, and unrelated project constraints.

• Explaining analytical limitations, allocation assumptions, alternative interpretations, and jurisdiction-dependent approaches to concurrency.

Module 8: Extension-of-Time Claims Preparation and Assessment

• Establishing the contractual basis for an extension-of-time request and identifying relevant qualifying events and procedural requirements.

• Preparing event-based submissions supported by notices, schedule analysis, contemporaneous records, and clearly defined delay periods.

• Assessing mitigation measures, revised completion forecasts, partial approvals, outstanding information, and changes in criticality.

• Reviewing employer and contractor positions to identify evidential gaps, unsupported assumptions, and defensible areas of agreement.

Module 9: Delay, Disruption and Loss of Productivity Claims

• Differentiating delay-related completion impacts from disruption effects that reduce productivity without necessarily delaying project completion.

• Assessing labor productivity, crew composition, overtime, congestion, out-of-sequence work, rework, and inefficient resource utilization.

• Evaluating productivity evidence using suitable measured-mile comparisons, work sampling, production records, and other defensible methods.

• Examining the limitations of industry productivity factors and global claims where project-specific evidence is incomplete or contested.

Module 10: Prolongation Costs, Acceleration and Quantum Assessment

• Identifying potential prolongation cost components, including extended site overheads, supervision, facilities, equipment, and project support.

• Assessing acceleration costs arising from additional shifts, overtime, supplementary crews, revised methods, and expedited procurement.

• Reviewing cost records, payroll data, invoices, plant records, subcontract accounts, and time-related expenditure for relevance and reliability.

• Testing causation, mitigation, contractual recoverability, cost allocation, duplication, and the reasonableness of claimed amounts.

Module 11: Evidence Management, Contemporary Records and Digital Forensics

• Identifying and preserving site diaries, daily reports, photographs, correspondence, meeting minutes, resource records, and inspection documentation.

• Establishing document registers, metadata controls, revision histories, event coding, evidence traceability, and retention procedures.

• Reconciling programme updates with actual progress records, procurement logs, technical queries, instructions, and field observations.

• Applying digital document review and AI-assisted classification with human verification, confidentiality safeguards, and defensible audit trails.

Module 12: Variations, Change Management and Interface Delays

• Evaluating changes in scope, design, specifications, quantities, construction methods, and sequencing for potential time and cost consequences.

• Assessing late drawings, approval delays, technical queries, vendor information, access restrictions, and interdisciplinary coordination failures.

• Linking change records to affected work packages, schedule activities, resource requirements, cost estimates, and contractual notices.

• Strengthening change control and interface management to reduce unresolved instructions, cumulative impacts, and avoidable disputes.

Module 13: Claims Review, Counterclaims and Independent Assessment

• Reviewing claims for contractual compliance, factual accuracy, causation, criticality, quantum support, and completeness of documentation.

• Testing schedule calculations, event assumptions, baseline suitability, progress data, and alternative explanations for delay.

• Developing reasoned responses to unsupported allegations, concurrent responsibility arguments, mitigation challenges, and cost duplication.

• Preparing structured claim assessment reports that distinguish agreed facts, disputed issues, assumptions, findings, and outstanding evidence.

Module 14: Dispute Avoidance, Negotiation and Formal Resolution

• Establishing early warning, escalation, issue resolution, and senior-level review processes to address emerging claims before formal disputes.

• Preparing negotiation strategies supported by event chronologies, entitlement analysis, quantified exposure, and realistic settlement scenarios.

• Understanding the roles of adjudication, dispute boards, mediation, arbitration, litigation, and other contractually available procedures.

• Coordinating technical, commercial, legal, and expert inputs while maintaining consistency between claim submissions and supporting evidence.

Module 15: Expert Reporting, Testimony and Professional Defensibility

• Structuring forensic schedule reports with clear instructions, project background, methodology, evidence references, findings, and limitations.

• Presenting critical path analysis, delay windows, event effects, assumptions, and calculations in a transparent and reproducible format.

• Preparing supporting exhibits, schedule graphics, chronology tables, and document references for negotiation or formal proceedings.

• Maintaining independence, professional integrity, confidentiality, and consistency when responding to challenges or alternative expert opinions.

Module 16: Integrated Forensic Claims Case Study and Practical Assessment

• Analyzing a simulated construction project involving design changes, late access, procurement delays, contractor performance issues, and revised completion forecasts.

• Selecting and applying a suitable forensic schedule methodology using baseline schedules, periodic updates, progress records, and event chronologies.

• Preparing an extension-of-time assessment and evaluating related prolongation or disruption costs using documented assumptions and evidence.

• Presenting findings through a concise forensic report, claims review meeting, negotiation brief, and recommendations for future claims prevention.

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.