Training course

Overview

Advanced Engineering Project Management is a comprehensive professional training course designed for experienced engineers, project managers, technical managers, project controls specialists, and engineering professionals responsible for planning, executing, controlling, and delivering complex engineering projects. The course develops advanced capabilities for managing multidisciplinary projects across construction, infrastructure, manufacturing, energy, utilities, industrial systems, technology, and other engineering environments. It focuses on integrating engineering requirements with project objectives, scope, schedule, cost, quality, resources, risk, safety, procurement, contracts, stakeholders, and technical interfaces while maintaining strong project governance and delivery discipline.

The course provides advanced practical application of engineering project management tools and internationally recognised frameworks, including PMBOK-based project management practices, Engineering Work Breakdown Structures (EWBS), Work Breakdown Structures (WBS), Critical Path Method (CPM), Program Evaluation and Review Technique (PERT), resource-loaded scheduling, Earned Value Management (EVM), risk registers, quantitative risk analysis, change control, configuration management, procurement and contract management, quality assurance and quality control, and project performance dashboards. Participants learn how to use practical tools such as Excel-based project controls, scheduling applications, cost-control templates, risk matrices, RACI matrices, progress measurement systems, interface registers, change logs, and engineering reporting frameworks.

Advanced engineering projects often involve complex technical requirements, design development, constructability challenges, multidisciplinary interfaces, procurement dependencies, contractor performance, variations, claims, regulatory requirements, commissioning constraints, resource limitations, and changing stakeholder expectations. This course therefore develops advanced analytical and managerial skills for assessing schedule and cost performance, forecasting project outcomes, managing uncertainty, evaluating technical and commercial risks, controlling changes, resolving interfaces, strengthening quality systems, and integrating engineering decisions with project delivery requirements. Participants also examine advanced approaches to productivity measurement, schedule recovery, cost forecasting, risk response, technical decision-making, and project governance.

Through advanced case studies, engineering project simulations, practical exercises, planning workshops, project-control scenarios, risk analysis activities, contract and change-management exercises, and an integrated capstone project, participants apply concepts to realistic engineering environments. The course progresses from advanced project foundations and engineering governance through integrated planning, scheduling, cost and resource management, risk and quality management, procurement and contracts, project controls, change management, performance optimisation, commissioning, handover, and closeout. Emphasis is placed on practical application, evidence-based decision-making, multidisciplinary coordination, proactive risk management, and effective delivery of complex engineering projects.

Course Duration

5 Days (40 Hours)

Target Participants

This course is suitable for:
• Engineering project managers and senior project managers
• Project engineers and senior project engineers
• Civil, mechanical, electrical, structural, chemical, industrial, environmental, and other engineering professionals
• Engineering managers, technical managers, and project directors
• Construction project managers, site managers, and engineering supervisors
• Design managers, design engineers, and multidisciplinary design coordinators
• Planning engineers, project planners, schedulers, and project controls professionals
• Quantity surveyors, cost engineers, cost controllers, and commercial specialists
• Contract managers, procurement professionals, and commercial project teams
• Risk managers, project risk specialists, and project assurance professionals
• Quality assurance, quality control, inspection, and testing professionals
• Health, safety, environmental, and sustainability professionals working on engineering projects
• Maintenance, reliability, asset management, facilities, and engineering operations professionals
• Commissioning, start-up, handover, and closeout teams
• Contractors, subcontractors, engineering consultants, and technical advisers
• Professionals working in infrastructure, construction, energy, utilities, manufacturing, industrial, transport, and technology projects
• Programme and portfolio managers responsible for engineering and capital projects
• Government, infrastructure, development, and public-sector engineering professionals
• Engineering team leaders and technical coordinators
• Professionals preparing for senior engineering project management responsibilities

Course Objectives

By the end of the training, participants will be able to:
• Apply advanced engineering project management principles across complex project environments and delivery models
• Develop integrated engineering project strategies aligned with organisational objectives, technical requirements, contractual obligations, and delivery constraints
• Establish advanced project governance structures, roles, responsibilities, decision rights, reporting arrangements, and multidisciplinary coordination mechanisms
• Develop Engineering Work Breakdown Structures, Work Breakdown Structures, scope baselines, requirements structures, deliverable hierarchies, and integrated project plans
• Apply advanced CPM, PERT, schedule logic, resource loading, critical path analysis, schedule risk analysis, and recovery planning techniques
• Develop detailed engineering cost estimates, budgets, cash-flow forecasts, cost baselines, resource plans, and cost-control systems
• Apply Earned Value Management and integrated project controls to evaluate schedule, cost, productivity, and forecast performance
• Identify, analyse, quantify, prioritise, and respond to complex engineering project risks and uncertainties
• Manage technical requirements, design development, constructability, engineering interfaces, design changes, configuration, and technical dependencies
• Apply advanced quality assurance, quality control, inspection, testing, nonconformance, corrective action, and continuous improvement practices
• Manage procurement strategies, supplier performance, contractor relationships, contracts, variations, claims, and commercial risks
• Strengthen stakeholder engagement, multidisciplinary communication, technical coordination, and project decision-making
• Establish effective change-control systems for scope, design, schedule, cost, technical requirements, and contractual changes
• Analyse project performance using progress measurement, productivity indicators, KPIs, dashboards, trend analysis, and forecasting techniques
• Apply advanced project recovery, corrective action, optimisation, and performance improvement strategies
• Integrate health, safety, environmental, sustainability, regulatory, and engineering compliance requirements into project delivery
• Manage engineering documentation, configuration control, technical records, approvals, and information flows throughout the project lifecycle
• Plan and manage commissioning, testing, start-up, operational readiness, handover, defects management, and project closeout
• Use practical project management and project controls tools including schedules, cost trackers, risk registers, RACI matrices, dashboards, change logs, and reporting templates
• Apply PMBOK-based practices, stage-gate governance, risk-based management, quality management, and engineering project-control principles
• Communicate complex engineering project information clearly to technical teams, executives, clients, contractors, regulators, and other stakeholders
• Integrate advanced engineering project management practices through a practical capstone project based on a complex real-world scenario

Course Content

Day 1: Advanced Engineering Project Foundations, Governance, and Strategic Planning

Module 1: Advanced Engineering Project Foundations, Governance, and Strategic Planning

1.      Advanced Engineering Project Management Principles and Delivery Environments

2.      Engineering Project Lifecycle, Delivery Models, and Stage-Gate Governance

3.      Strategic Alignment of Engineering Projects, Business Objectives, and Technical Requirements

4.      Advanced Project Chartering, Business Cases, Success Criteria, and Delivery Constraints

5.      Engineering Requirements Management, Scope Definition, and Deliverable Structures

6.      Engineering Work Breakdown Structures and Integrated Scope Baselines

7.      Advanced Project Governance, Roles, Responsibilities, and Decision Rights

8.      Multidisciplinary Engineering Coordination, Interfaces, and Responsibility Assignment

9.      Project Management Plans, Engineering Management Plans, and Integrated Delivery Strategies

10.  Advanced Case Study: Establishing Governance and Delivery Strategy for a Complex Engineering Project

Day 2: Advanced Engineering Planning, Scheduling, Resources, and Cost Management

Module 2: Advanced Engineering Planning, Scheduling, Resources, and Cost Management

1.      Advanced Engineering Project Planning and Integrated Master Scheduling

2.      Critical Path Method, Schedule Logic, Float Analysis, and Critical Activities

3.      PERT, Three-Point Estimation, Schedule Uncertainty, and Probabilistic Planning

4.      Resource Loading, Resource Levelling, Capacity Planning, and Engineering Productivity

5.      Engineering Cost Estimation, Cost Structures, and Budget Development

6.      Cost Baselines, Cash-Flow Forecasting, Commitment Tracking, and Cost Control

7.      Earned Value Management, Planned Value, Earned Value, and Actual Cost Analysis

8.      Schedule Performance, Cost Performance, Forecasting, and Estimate-at-Completion

9.      Integrated Schedule-Cost-Resource Planning and Engineering Project Controls

10.  Advanced Planning Exercise: Developing an Integrated Resource-Loaded Engineering Project Plan

Day 3: Advanced Engineering Risk, Quality, Procurement, Contracts, and Technical Delivery

Module 3: Advanced Engineering Risk, Quality, Procurement, Contracts, and Technical Delivery

1.      Advanced Engineering Risk Management Frameworks and Risk Governance

2.      Qualitative and Quantitative Risk Analysis for Complex Engineering Projects

3.      Risk Registers, Risk Owners, Response Strategies, Contingency, and Risk Monitoring

4.      Engineering Design Risk, Constructability, Technical Dependencies, and Interface Risks

5.      Advanced Quality Management, QA/QC Systems, Inspection, Testing, and Acceptance

6.      Nonconformance Management, Corrective Action, Root-Cause Analysis, and Continuous Improvement

7.      Procurement Strategy, Supplier Selection, Vendor Management, and Long-Lead Equipment

8.      Engineering Contracts, Variations, Claims, Commercial Risk, and Contractor Performance

9.      Technical Documentation, Configuration Management, Engineering Change, and Information Control

10.  Advanced Case Study and Exercise: Managing Risk, Quality, Procurement, and Contract Issues on a Complex Engineering Project

Day 4: Advanced Project Controls, Change Management, Performance Optimisation, and Recovery

Module 4: Advanced Engineering Project Controls, Change Management, Performance Optimisation, and Recovery

1.      Advanced Project Controls Architecture, Baselines, Data Integration, and Reporting

2.      Progress Measurement, Work Package Tracking, Milestones, and Engineering KPIs

3.      Schedule Performance Analysis, Trend Analysis, Critical Path Monitoring, and Forecasting

4.      Cost Performance Analysis, Productivity Measurement, and Cost Forecasting

5.      Integrated Change Control for Scope, Design, Schedule, Cost, and Technical Requirements

6.      Change Impact Assessment, Configuration Control, Approvals, and Change Logs

7.      Engineering Project Recovery Strategies, Schedule Compression, and Corrective Action

8.      Scenario Analysis, Sensitivity Analysis, Risk-Based Forecasting, and Management Reserves

9.      Executive Project Dashboards, Performance Reviews, Escalation, and Decision Support

10.  Advanced Simulation: Diagnosing Project Underperformance and Developing an Engineering Project Recovery Plan

Day 5: Advanced Engineering Project Integration, Commissioning, Handover, and Capstone

Module 5: Advanced Engineering Project Integration, Commissioning, Handover, and Capstone

1.      Advanced Project Integration Management and Cross-Functional Engineering Coordination

2.      Commissioning Strategy, System Completion, Testing, Start-Up, and Operational Readiness

3.      Pre-Commissioning, Commissioning Documentation, Punch Lists, and Acceptance Procedures

4.      Handover Planning, Asset Documentation, Training, Operations Readiness, and Knowledge Transfer

5.      Defects Management, Warranty Administration, Outstanding Works, and Final Acceptance

6.      Engineering Project Closeout, Contract Closure, Financial Reconciliation, and Lessons Learned

7.      Post-Project Performance Evaluation, Benefits Realisation, and Continuous Improvement

8.      Advanced Engineering Project Management Standards, Governance, Assurance, and Audit Readiness

9.      Integrated Capstone Exercise: Planning, Controlling, Recovering, and Delivering a Complex Engineering Project

10.  Capstone Presentation, Project Review, Lessons Learned, and Advanced Engineering Project Management Action Plan