Modern Engineering Project Management Course

Lesson 1 • Project Success Criteria and Value Delivery

Establishes how success is defined beyond schedule and budget in engineering. Connects technical outputs to business and stakeholder value.

Lesson 2 • The Engineering Project Lifecycle

Maps initiation through closeout phases specific to engineering projects. Students gain a mental model for sequencing decisions throughout the course.

Lesson 3 • Defining Engineering Projects and Programs

Distinguishes projects from programs and operations in engineering contexts. Provides the conceptual baseline for all subsequent planning and execution topics.

Lesson 4 • Roles and Responsibilities in Engineering Teams

Defines the project manager role relative to engineers, leads, and sponsors. Clarifies accountability structures students will apply in team exercises.

Lesson 1 • Stakeholder Identification and Analysis

Identifies all parties with influence or interest in the engineering project. Feeds directly into requirements elicitation and communication planning.

Lesson 2 • Requirements Elicitation Techniques

Covers interviews, workshops, prototyping, and observation for gathering needs. Ensures students can extract complete and unambiguous engineering requirements.

Lesson 3 • Work Breakdown Structure Development

Teaches decomposition of project scope into manageable work packages. The WBS becomes the foundation for scheduling, costing, and risk identification.

Lesson 4 • Requirements Traceability and Documentation

Links each requirement to its source, design element, and verification method. Prevents scope creep and supports change impact analysis.

Lesson 1 • Duration Estimation Methods

Applies analogous, parametric, and three-point estimation to engineering activities. Addresses uncertainty and bias in technical duration estimates.

Lesson 2 • Critical Path Method and Float Analysis

Calculates forward and backward passes to identify the critical path and float. Enables students to focus control efforts on schedule-driving activities.

Lesson 3 • Schedule Monitoring and Reporting

Tracks schedule performance using variance analysis and visual reporting tools. Connects schedule data to stakeholder communication and corrective action.

Lesson 4 • Schedule Compression and Recovery

Applies crashing and fast-tracking to recover schedule slippage. Students evaluate cost-schedule trade-offs and select optimal compression strategies.

Lesson 5 • Resource-Constrained Scheduling

Adjusts schedules for resource availability, leveling, and smoothing constraints. Reflects real engineering environments where resources are shared across projects.

Lesson 1 • Cost Estimation Fundamentals

Covers order-of-magnitude through definitive estimates and their appropriate use. Grounds students in estimation accuracy expectations at each project phase.

Lesson 2 • Cost Baseline and Budget Development

Aggregates work package estimates into a time-phased cost baseline. The baseline becomes the control reference for all budget performance measurement.

Lesson 3 • Cost Control and Change Management

Manages budget changes, unauthorized spending, and corrective actions. Integrates cost control with scope and schedule change processes.

Lesson 4 • Earned Value Management Principles

Introduces planned value, earned value, and actual cost as integrated metrics. Students calculate schedule and cost variances from real project data sets.

Lesson 1 • Risk Management Planning

Establishes the risk management approach, roles, and thresholds for a project. Aligns risk tolerance with organizational and stakeholder expectations.

Lesson 2 • Risk Monitoring and Control

Tracks risk status, triggers, and response effectiveness throughout execution. Ensures the risk register remains a living document driving project decisions.

Lesson 3 • Risk Identification Techniques

Applies brainstorming, checklists, assumption analysis, and SWOT to surface risks. Produces a comprehensive initial risk register for engineering projects.

Lesson 4 • Risk Response Planning and Implementation

Selects and assigns avoid, transfer, mitigate, and accept strategies for each risk. Integrates risk responses into the project schedule and cost baseline.

Lesson 5 • Qualitative Risk Analysis

Prioritizes risks using probability-impact matrices and urgency assessments. Focuses limited resources on the highest-priority threats and opportunities.

Lesson 1 • Managing Difficult Stakeholder Situations

Addresses conflict, resistance, and competing priorities among stakeholders. Equips students with negotiation and de-escalation tactics for real project scenarios.

Lesson 2 • Meeting Management and Facilitation

Structures project meetings for efficiency, decisions, and accountability. Covers recurring engineering reviews, stand-ups, and gate meetings.

Lesson 3 • Stakeholder Engagement Planning

Maps current vs. desired engagement levels and plans targeted interventions. Translates stakeholder analysis into actionable engagement strategies.

Lesson 4 • Communication Planning for Engineering Projects

Defines what information each stakeholder needs, when, and through which channel. Prevents information overload and communication gaps on complex projects.

Lesson 1 • Quality Metrics and Performance Reporting

Tracks quality KPIs and communicates trends to stakeholders and leadership. Connects quality data to project health dashboards and corrective decisions.

Lesson 2 • Quality Assurance Processes

Audits processes to confirm adherence to planned quality approaches. Shifts focus from defect detection to defect prevention through process improvement.

Lesson 3 • Quality Planning and Standards Alignment

Defines quality objectives, metrics, and applicable standards for the project. Establishes the quality management plan as a baseline for assurance activities.

Lesson 4 • Design Reviews and Technical Verification

Structures formal design reviews and verification activities within the project schedule. Ensures technical outputs meet requirements before advancing to the next phase.

Lesson 1 • Directing and Managing Project Work

Translates approved plans into coordinated team actions and deliverable production. Covers work authorization, issue management, and daily execution discipline.

Lesson 2 • Project Closeout and Lessons Learned

Executes formal closure activities including final acceptance and contract closeout. Captures lessons learned to improve future engineering project performance.

Lesson 3 • Performance Monitoring and Dashboard Reporting

Synthesizes schedule, cost, risk, and quality data into integrated status reports. Enables leadership to make timely, evidence-based project decisions.

Lesson 4 • Corrective Action and Recovery Planning

Diagnoses root causes of performance deviations and develops recovery plans. Applies structured problem-solving to restore projects to baseline performance.