Major Capital Project Governance and Delivery Course

Course Introduction

Major capital projects are among the most complex and consequential investments undertaken by governments, public agencies, development institutions, and private organizations. These projects typically involve substantial financial commitments, long implementation periods, multiple stakeholders, intricate procurement arrangements, and significant technical, environmental, and social considerations. The Major Capital Project Governance and Delivery Course equips professionals with the knowledge, frameworks, and practical tools needed to govern these investments effectively, strengthen delivery discipline, and ensure that strategic objectives are translated into measurable economic, social, and operational benefits.

Effective governance is fundamental to delivering major capital projects within approved budgets, agreed schedules, defined quality standards, and acceptable risk parameters. Weak oversight, unclear accountability, inadequate decision-making structures, unrealistic cost estimates, and fragmented institutional responsibilities can expose projects to significant delays, cost overruns, disputes, and reputational damage. This course examines the governance arrangements that support sound capital investment decisions, including executive sponsorship, project boards, independent assurance, delegated authorities, escalation protocols, and transparent reporting mechanisms that enable timely intervention when project performance deviates from approved expectations.

Participants will explore the complete major capital project lifecycle, from strategic identification and investment prioritization through feasibility assessment, business case development, procurement, financing, mobilization, construction, commissioning, and operational handover. Particular attention is given to the interfaces between project governance and technical delivery, ensuring that strategic decisions are supported by credible evidence, financial analysis, realistic implementation plans, and robust controls. The programme also examines how stage-gate approvals, independent reviews, and clearly defined readiness criteria can prevent premature commitments and reduce the likelihood of avoidable implementation failures.

The course places strong emphasis on commercial management, contracting strategy, procurement governance, cost control, schedule assurance, and the management of complex delivery interfaces. Participants will examine the allocation of risk between owners, consultants, contractors, financiers, and other delivery partners, alongside approaches for managing variations, claims, disputes, inflationary pressures, supply-chain disruption, and contractor underperformance. Through practical scenarios, they will develop a stronger understanding of how to establish reliable baselines, evaluate change requests, forecast final project costs, assess schedule exposure, and maintain financial accountability throughout the delivery process.

Modern capital project governance increasingly depends on timely, integrated, and reliable information. This programme explores the application of digital project controls, integrated master schedules, common data environments, digital dashboards, building information modelling, geospatial monitoring, predictive analytics, and artificial intelligence-assisted reporting. Participants will consider how emerging technologies can improve early-warning systems, identify emerging delivery risks, strengthen document control, and support evidence-based decisions. The course also addresses responsible AI use, cybersecurity, data quality, information governance, and the need for human oversight when digital insights inform high-value investment decisions.

By the end of the programme, participants will be better equipped to strengthen governance structures, improve delivery assurance, manage complex stakeholder relationships, and protect the value of major capital investments. The learning approach combines professional frameworks, applied exercises, case-based discussions, risk analysis, governance simulations, and practical planning tools that can be adapted to different institutional and sectoral environments. Participants will leave with actionable methods for improving executive oversight, enhancing delivery confidence, strengthening audit readiness, and ensuring that major capital projects deliver sustainable, measurable benefits beyond the construction phase.

Course Duration

10 days

Who Should Attend

• Senior government officials responsible for national and subnational capital investment programmes.

• Chief executive officers, managing directors, and executive sponsors overseeing major capital projects.

• Project directors and programme directors accountable for complex, high-value infrastructure investments.

• Heads of project management offices and enterprise project governance functions.

• Public investment management specialists involved in project selection, appraisal, and portfolio oversight.

• Capital planning and investment programming professionals responsible for project pipelines.

• Engineering, construction, and infrastructure delivery managers coordinating multidisciplinary teams.

• Procurement directors, strategic sourcing specialists, and contract management professionals.

• Finance directors, project finance specialists, and capital expenditure controllers.

• Risk managers, project controls specialists, and enterprise assurance professionals.

• Internal auditors, compliance officers, and governance specialists responsible for oversight and accountability.

• Legal advisers managing major project contracts, claims, disputes, and commercial risks.

• Monitoring, evaluation, and performance management professionals tracking project outcomes and benefits.

• Environmental, social, sustainability, and stakeholder engagement specialists working on major investments.

• Development finance institution, multilateral development bank, and donor-funded programme professionals.

• Consultants, transaction advisers, and independent reviewers supporting major capital project preparation and delivery.

• Infrastructure asset owners and operations managers responsible for commissioning and operational readiness.

• Digital transformation, data analytics, and information management specialists supporting project delivery systems.

Course Objectives

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

• Establish fit-for-purpose governance structures for major capital projects by defining decision rights, accountability arrangements, executive sponsorship, delegated authorities, and escalation pathways.

• Evaluate strategic investment proposals using robust business cases, economic and financial appraisal methods, affordability assessments, benefits analysis, and transparent prioritization criteria.

• Apply lifecycle governance and stage-gate controls to ensure that major projects progress only when scope, funding, procurement readiness, risk exposure, and delivery capability meet agreed standards.

• Develop integrated delivery strategies that align technical requirements, implementation schedules, commercial arrangements, organizational capacity, stakeholder expectations, and long-term operational objectives.

• Strengthen cost management by establishing credible baselines, monitoring commitments and expenditure, forecasting final costs, assessing contingencies, and investigating emerging financial variances.

• Improve schedule governance through integrated master planning, critical-path analysis, milestone assurance, resource planning, progress verification, and early identification of potential completion delays.

• Design procurement and contracting strategies that allocate risks appropriately, encourage competitive and transparent procurement, improve contractor accountability, and reduce avoidable disputes and claims.

• Implement systematic project risk management that integrates quantitative risk analysis, contingency planning, scenario testing, risk ownership, escalation triggers, and mitigation effectiveness reviews.

• Apply independent assurance, audit-ready documentation, quality controls, and evidence-based reporting to improve compliance, strengthen oversight, and support defensible investment decisions.

• Manage stakeholder relationships, governance interfaces, and project communications to improve coordination among sponsors, regulators, financiers, contractors, communities, and delivery partners.

• Integrate digital project controls, analytics, dashboards, and responsible AI-supported insights into governance processes while maintaining data quality, cybersecurity, and human accountability.

• Establish benefits realization, commissioning, operational handover, and post-implementation evaluation arrangements that demonstrate whether capital investments achieve their intended sustainable outcomes.

Comprehensive Course Outline

Module 1: Major Capital Projects — Strategic Context and Delivery Challenges

• Characteristics of major capital investments, including high financial exposure, long delivery horizons, technical complexity, and significant public or organizational impact.

• Common causes of project failure, including weak sponsorship, unrealistic assumptions, fragmented accountability, inadequate preparation, and ineffective controls.

• The relationship between strategic objectives, capital investment decisions, delivery performance, asset functionality, and long-term socioeconomic benefits.

• Comparative delivery challenges across transport, energy, water, health, education, industrial facilities, urban development, and other infrastructure sectors.

Module 2: Governance Principles, Structures and Accountability

• Design of project governance frameworks covering executive sponsorship, steering committees, project boards, delivery teams, technical authorities, and independent assurance.

• Definition of decision rights, delegated financial powers, approval thresholds, role descriptions, accountability matrices, and escalation procedures.

• Separation of strategic oversight, management responsibility, technical assurance, commercial decision-making, and independent review functions.

• Development of governance charters, terms of reference, decision logs, meeting protocols, conflict-of-interest controls, and executive reporting arrangements.

Module 3: Strategic Alignment and Capital Investment Prioritization

• Translation of national development plans, organizational strategies, sector policies, and service delivery priorities into structured capital investment programmes.

• Application of transparent project prioritization criteria incorporating strategic contribution, affordability, economic value, urgency, readiness, and implementation capacity.

• Evaluation of interdependencies among proposed investments to identify sequencing requirements, shared infrastructure needs, and portfolio-level constraints.

• Development of defensible investment selection processes that document assumptions, compare alternatives, manage political pressures, and explain prioritization decisions.

Module 4: Feasibility Assessment and Business Case Development

• Preparation of comprehensive business cases covering strategic justification, technical feasibility, economic value, commercial viability, affordability, and delivery arrangements.

• Application of cost-benefit analysis, financial modelling, sensitivity analysis, scenario planning, and distributional assessment to evaluate investment alternatives.

• Assessment of demand forecasts, technical options, site conditions, land requirements, utilities, environmental constraints, and institutional implementation capacity.

• Establishment of independent business case reviews, evidence requirements, approval conditions, and periodic reassessment when assumptions or circumstances change.

Module 5: Lifecycle Governance and Stage-Gate Decision-Making

• Design of lifecycle governance from concept development and pre-feasibility through detailed design, procurement, construction, commissioning, and operational handover.

• Definition of stage-gate criteria, mandatory deliverables, approval authorities, evidence thresholds, and readiness assessments for each major project phase.

• Application of hold points, conditional approvals, independent reviews, and formal reauthorization when project scope, funding, or risk exposure changes materially.

• Use of governance decision records, assurance findings, unresolved-issue registers, and corrective action plans to strengthen accountability between project stages.

Module 6: Project Scope, Design and Requirements Management

• Establishment of clear project objectives, scope boundaries, technical requirements, performance specifications, and measurable acceptance criteria.

• Management of design development, engineering interfaces, design reviews, constructability assessments, value engineering, and technical assurance processes.

• Control of scope changes through impact assessments covering cost, schedule, quality, safety, regulatory compliance, and expected project benefits.

• Coordination of multidisciplinary design teams, asset owners, end users, utilities, regulators, and contractors to minimize interface conflicts and rework.

Module 7: Procurement Strategy and Commercial Governance

• Selection of appropriate procurement and delivery models, including traditional design-bid-build, design-build, engineering-procurement-construction, alliances, and public-private partnerships where suitable.

• Development of procurement plans, market assessments, packaging strategies, evaluation criteria, and tender processes aligned with project complexity and risk allocation.

• Application of procurement integrity controls, transparent evaluation procedures, conflict-of-interest management, due diligence, and defensible award decisions.

• Governance of contract formation, performance security, payment mechanisms, incentives, liquidated damages, change provisions, and commercial decision authorities.

Module 8: Contract Administration, Claims and Dispute Management

• Establishment of contract management plans defining responsibilities, communication protocols, deliverables, performance measures, and contractual compliance obligations.

• Identification and management of variations, extension-of-time requests, compensation events, payment disputes, claims, and potential contract breaches.

• Application of contemporaneous records, contractual notices, schedule analysis, cost substantiation, and evidence-based assessments to support fair claim decisions.

• Use of negotiation, mediation, adjudication, dispute boards, and other appropriate resolution mechanisms to minimize disruption and protect project value.

Module 9: Integrated Project Controls, Cost and Schedule Assurance

• Development of integrated project control systems linking scope, work breakdown structures, budgets, schedules, resource plans, risks, and performance reporting.

• Establishment of cost baselines, commitment tracking, expenditure forecasts, contingency controls, cash-flow projections, and estimates at completion.

• Application of critical-path analysis, schedule risk assessment, milestone tracking, earned value management, and independent progress verification.

• Design of exception reporting and early-warning indicators that identify deteriorating performance, forecast completion pressures, and emerging budget exposure.

Module 10: Risk Management, Resilience and Contingency Planning

• Establishment of integrated risk management frameworks covering strategic, technical, commercial, financial, environmental, social, regulatory, and operational risks.

• Application of quantitative risk analysis, probabilistic cost and schedule modelling, sensitivity testing, scenario analysis, and contingency estimation.

• Assignment of risk owners, mitigation actions, escalation thresholds, review frequencies, and accountability for residual risk acceptance.

• Development of resilience and response plans addressing inflation, foreign exchange volatility, supply-chain disruption, extreme weather, security incidents, and contractor failure.

Module 11: Quality, Safety, Environmental and Social Governance

• Integration of quality assurance, technical compliance, occupational health and safety, environmental management, and social safeguards into project governance arrangements.

• Establishment of inspection and test plans, independent technical reviews, nonconformance management, corrective actions, and documented acceptance procedures.

• Oversight of environmental permits, land acquisition, resettlement obligations, community engagement, grievance mechanisms, and stakeholder commitments.

• Monitoring of sustainability performance, climate resilience, resource efficiency, responsible sourcing, and environmental and social outcomes throughout project delivery.

Module 12: Stakeholder Management and Institutional Coordination

• Identification and analysis of stakeholders, including sponsors, ministries, regulators, financiers, contractors, local authorities, communities, and asset operators.

• Design of stakeholder engagement plans, communication protocols, consultation processes, issue-resolution mechanisms, and relationship management responsibilities.

• Coordination of interagency approvals, permits, utility relocations, land access, financing conditions, technical interfaces, and shared infrastructure dependencies.

• Management of stakeholder expectations, public communication, reputational exposure, political transitions, and competing interests through transparent evidence-based engagement.

Module 13: Financial Governance, Funding and Affordability Controls

• Assessment of capital funding structures, budget authorization, financing conditions, disbursement schedules, liquidity requirements, and funding continuity risks.

• Monitoring of approved budgets, contractual commitments, actual expenditure, forecast outturn, contingency utilization, and emerging affordability pressures.

• Evaluation of financing risks associated with interest rates, foreign exchange movements, escalation clauses, revenue assumptions, and public-private partnership obligations.

• Strengthening of financial authorization controls, segregation of duties, expenditure verification, fraud prevention, financial reporting, and audit-ready supporting records.

Module 14: Digital Project Governance, Analytics and Emerging Technologies

• Use of common data environments, integrated project management information systems, building information modelling, and digital document control to improve coordination.

• Development of executive dashboards integrating cost, schedule, risk, quality, procurement, safety, and milestone indicators for timely governance decisions.

• Application of predictive analytics, geospatial monitoring, automation, and AI-assisted analysis to identify delivery risks, emerging deviations, and potential performance bottlenecks.

• Establishment of data ownership, cybersecurity safeguards, access controls, model validation, responsible AI practices, and human review of technology-supported recommendations.

Module 15: Independent Assurance, Audit and Project Recovery

• Design of assurance frameworks combining management reviews, technical assurance, commercial reviews, financial audits, compliance testing, and independent project health checks.

• Preparation of assurance plans, evidence registers, risk-based review schedules, audit trails, and action trackers that support transparent oversight.

• Diagnosis of underperforming projects through root-cause analysis, cost and schedule reassessment, contract review, governance evaluation, and stakeholder consultation.

• Development of project recovery plans covering rebaselining, resource reallocation, scope rationalization, contractual interventions, revised controls, and executive escalation.

Module 16: Commissioning, Benefits Realization and Post-Implementation Review

• Preparation for commissioning through systems integration testing, operational readiness assessments, defect resolution, safety verification, and acceptance certification.

• Management of asset handover, as-built documentation, warranties, maintenance plans, staff training, spare parts, and operational support arrangements.

• Development of benefits realization frameworks with measurable indicators, baseline values, accountable benefit owners, evaluation schedules, and reporting responsibilities.

• Conduct of post-implementation reviews to assess delivery performance, whole-life costs, asset utilization, sustainability outcomes, lessons learned, and opportunities for institutional improvement.

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.