Project Engineering Management Course

Lesson 1 • Organisational Structures and Governance

Examines functional, matrix, and projectised structures and their impact on authority. Prepares students to navigate governance frameworks in real organisations.

Lesson 2 • Stakeholder Identification and Analysis

Introduces techniques for identifying, categorising, and prioritising stakeholders. Builds the engagement foundation required for scope and communication planning.

Lesson 3 • Project Lifecycle Models and Phases

Surveys predictive, iterative, and hybrid lifecycle models and their selection criteria. Provides the structural backbone for planning and execution chapters.

Lesson 4 • Defining Projects and Engineering Management

Distinguishes projects from operations and clarifies the engineering manager's role. Anchors all subsequent chapters in shared terminology and professional context.

Lesson 1 • Collecting and Documenting Requirements

Applies elicitation techniques to gather functional and non-functional requirements. Feeds directly into scope statement and WBS development.

Lesson 2 • Work Breakdown Structure Development

Teaches decomposition of scope into manageable work packages using WBS best practices. Provides the foundation for schedule and cost estimation.

Lesson 3 • Requirements Traceability and Verification

Links requirements to deliverables and test criteria through a traceability matrix. Ensures scope completeness and supports quality verification.

Lesson 4 • Defining and Writing the Scope Statement

Structures a formal scope statement covering deliverables, boundaries, and exclusions. Establishes the reference baseline for change control.

Lesson 1 • Duration Estimating Techniques

Applies analogous, parametric, and three-point estimating to forecast activity durations. Introduces uncertainty quantification for realistic schedule planning.

Lesson 2 • Critical Path Method and Float Analysis

Calculates forward and backward passes to identify the critical path and float values. Enables prioritisation of activities that directly affect project completion.

Lesson 3 • Schedule Compression and Optimisation

Applies crashing and fast-tracking to shorten schedules while managing trade-offs. Connects schedule decisions to cost and risk impacts covered in later chapters.

Lesson 4 • Schedule Monitoring and Control

Uses schedule performance metrics and variance analysis to detect and correct delays. Establishes the control discipline required for execution-phase management.

Lesson 1 • Cost Control and Financial Reporting

Establishes procedures for authorising expenditures, processing changes, and reporting financial status. Ensures fiscal accountability and audit-ready documentation.

Lesson 2 • Budget Development and Cost Baseline

Aggregates activity cost estimates into a time-phased cost baseline with contingency reserves. Establishes the financial reference point for all cost control activities.

Lesson 3 • Earned Value Management Fundamentals

Introduces PV, EV, and AC metrics to measure schedule and cost performance simultaneously. Bridges cost and schedule control into a unified performance framework.

Lesson 4 • Forecasting and Variance Analysis

Applies EAC, ETC, and VAC formulas to project final costs and identify corrective actions. Enables proactive financial decision-making before budget overruns occur.

Lesson 1 • Quantitative Risk Analysis

Uses Monte Carlo simulation and decision trees to model schedule and cost uncertainty. Provides probabilistic forecasts that support contingency reserve justification.

Lesson 2 • Risk Response Planning and Monitoring

Develops avoid, transfer, mitigate, and accept strategies for threats and opportunities. Establishes ongoing monitoring to detect risk triggers and measure response effectiveness.

Lesson 3 • Qualitative Risk Analysis

Prioritises risks using probability-impact matrices and urgency assessments. Focuses response planning resources on the highest-priority threats and opportunities.

Lesson 4 • Risk Management Planning

Defines the risk management approach, roles, and thresholds for a specific project. Aligns risk tolerance with organisational strategy and stakeholder expectations.

Lesson 1 • Testing, Verification, and Validation

Structures test plans to verify technical specifications and validate stakeholder requirements. Ensures deliverables meet both design intent and end-user needs.

Lesson 2 • Quality Metrics and Performance Reporting

Tracks quality KPIs and communicates performance trends to stakeholders and sponsors. Closes the quality loop by linking metrics to corrective and preventive actions.

Lesson 3 • Quality Assurance and Process Audits

Applies process audits and continuous improvement techniques to prevent defects. Shifts focus from detection to prevention, reducing rework and cost.

Lesson 4 • Quality Control Tools and Techniques

Uses control charts, Pareto analysis, and inspection sampling to monitor output quality. Provides the analytical toolkit for identifying and resolving quality deviations.

Lesson 1 • Directing and Managing Project Work

Translates the project management plan into authorised work and deliverable production. Establishes the execution discipline that keeps scope, schedule, and cost aligned.

Lesson 2 • Building and Developing Engineering Teams

Applies team formation models and development techniques to build cohesive engineering groups. Directly impacts productivity, morale, and delivery quality during execution.

Lesson 3 • Conflict Resolution and Negotiation

Identifies conflict sources in engineering projects and applies structured resolution techniques. Preserves team cohesion and stakeholder relationships during high-pressure execution.

Lesson 4 • Leadership Styles and Situational Management

Examines directive, coaching, supporting, and delegating styles matched to team maturity. Enables adaptive leadership that sustains motivation across project phases.

Lesson 1 • Lessons Learned and Knowledge Capture

Facilitates structured retrospectives to extract insights from successes and failures. Feeds organisational knowledge bases that improve future project performance.

Lesson 2 • Team Release and Project Celebration

Manages the orderly release of team members and recognises collective achievements. Maintains professional relationships and organisational morale beyond project completion.

Lesson 3 • Contract Closure and Procurement Completion

Verifies all contractual obligations are fulfilled and closes vendor and supplier agreements. Protects the organisation from post-project financial and legal exposure.

Lesson 4 • Formal Acceptance and Deliverable Handover

Obtains stakeholder sign-off on all deliverables and transfers ownership to operations. Ensures contractual and technical closure before resource release.