Description

This curriculum spans the full project lifecycle in capital-intensive organisations, comparable to the structured oversight seen in multi-phase CAPEX programs governed by stage-gate reviews, integrated controls, and cross-functional coordination across finance, engineering, and operations.

Module 1: Capital Project Initiation and Strategic Alignment

Conducting a business case analysis to justify capital allocation against competing investment opportunities using net present value (NPV) and internal rate of return (IRR) benchmarks.
Defining project scope in alignment with corporate capital expenditure (CAPEX) policy thresholds, including delineation between maintenance, expansion, and transformation projects.
Securing executive sponsorship and formal project charter approval through governance committees with delegated CAPEX authority.
Integrating environmental, social, and governance (ESG) criteria into project screening to meet regulatory and investor expectations.
Establishing a project classification system (e.g., greenfield, brownfield, regulatory-driven) to determine approval workflows and risk assessment protocols.
Mapping stakeholder influence and decision rights across business units, legal, tax, and treasury functions prior to project launch.

Module 2: Project Governance and Control Frameworks

Designing stage-gate review processes with defined deliverables, financial thresholds, and escalation paths for go/no-go decisions.
Implementing a capital project oversight committee structure with rotating membership from finance, operations, and risk management.
Enforcing segregation of duties between project execution teams and financial control functions to prevent budget manipulation.
Integrating project management information systems (PMIS) with enterprise resource planning (ERP) for real-time CAPEX tracking and audit readiness.
Defining change control procedures for scope, budget, and schedule deviations requiring re-approval above predefined tolerance levels.
Establishing audit trails for all major project decisions to support internal and external financial audits.

Module 3: Capital Budgeting and Cost Estimation

Developing Class 3 (±10%) and Class 4 (±15–20%) cost estimates using parametric modeling and vendor quotations during front-end engineering.
Allocating contingency reserves based on risk assessment outcomes and project complexity factors, with board-approved release protocols.
Applying escalation and location factors to equipment and labor costs in multi-year, multi-region projects.
Reconciling engineering estimates with procurement bid results and adjusting budgets before final funding release.
Managing owner’s costs (engineering, legal, project management) as separate line items distinct from construction expenditures.
Tracking committed versus actual spend using purchase order status and accruals to prevent budget overruns.

Module 4: Procurement and Contract Strategy

Selecting contract types (lump sum, reimbursable, unit rate) based on project risk profile, design maturity, and market conditions.
Conducting competitive bidding with prequalification of contractors based on safety records, financial stability, and past performance.
Negotiating liquidated damages, milestone payments, and retention clauses in EPC (Engineering, Procurement, Construction) agreements.
Managing procurement lead times for long-lead equipment by integrating supply chain timelines into the master schedule.
Enforcing compliance with import regulations, customs duties, and local content requirements in cross-border projects.
Overseeing vendor document control and technical submittal reviews to prevent rework during construction.

Module 5: Schedule Development and Time Management

Building a master schedule using critical path method (CPM) with logic ties between engineering, procurement, and construction phases.
Integrating statutory permitting timelines and regulatory inspection milestones into the baseline schedule.
Allocating float equitably among contractors and monitoring for float consumption during progress updates.
Updating the schedule monthly with actual progress data and forecasting completion dates using earned schedule techniques.
Managing interface dependencies between multiple contractors on shared sites using coordination meetings and interface registers.
Assessing the impact of weather, labor availability, and utility outages on construction sequencing in high-risk geographies.

Module 6: Risk Management and Contingency Planning

Conducting quantitative risk analysis (QRA) using Monte Carlo simulation to assess cost and schedule uncertainty ranges.
Developing risk response plans for high-impact items such as supply chain disruption, regulatory delays, and design errors.
Maintaining a risk register with assigned owners, mitigation actions, and trigger points for contingency activation.
Implementing safety case management for high-hazard projects involving pressure systems, hydrocarbons, or confined spaces.
Coordinating with insurance brokers to secure construction all-risk (CAR) policies with appropriate exclusions and deductibles.
Establishing crisis communication protocols for incidents affecting project continuity, public safety, or environmental compliance.

Module 7: Execution Oversight and Performance Monitoring

Deploying site-based project controls personnel to validate daily progress reporting and field productivity metrics.
Conducting monthly cost performance analysis using earned value management (EVM) to calculate CPI and SPI indices.
Reconciling physical progress with financial expenditure to detect overbilling or premature cost recognition.
Managing change orders through a formal technical and commercial review process before implementation.
Overseeing commissioning and pre-startup safety reviews (PSSR) to ensure operational readiness before handover.
Tracking capitalization of project costs in compliance with accounting standards (e.g., IAS 16, ASC 360) for asset recognition.

Module 8: Closeout, Handover, and Post-Implementation Review

Verifying as-built documentation, warranties, and operation manuals are complete and transferred to operations teams.
Reconciling final contractor invoices against contract terms and retained amounts before release of guarantees.
Conducting a lessons learned workshop with project stakeholders to capture process improvements for future CAPEX initiatives.
Transferring project assets to fixed asset register with accurate cost, location, and depreciation start date.
Performing a post-completion audit to compare actual outcomes against baseline business case assumptions.
Decommissioning project-specific systems and releasing shared resources (personnel, software licenses) to other initiatives.