Advanced Scheduling and Project Optimization in Primavera P6 Course

Lesson 1 • Navigating the P6 Interface

Introduces toolbars, layouts, and view customisation. Efficient navigation reduces errors and accelerates all later scheduling work.

Lesson 2 • P6 Architecture and Data Hierarchy

Covers the Enterprise Project Structure, OBS, and how projects nest within portfolios. Establishes the mental model needed for every subsequent scheduling task.

Lesson 3 • Importing and Exporting Project Data

Covers XER, XML, and spreadsheet import/export workflows. Data exchange skills are essential for collaboration across organisations and tools.

Lesson 4 • Creating and Configuring a New Project

Walks through project creation wizards, calendar assignment, and default settings. Correct configuration here prevents cascading errors in scheduling.

Lesson 1 • Activity Codes and WBS Categorisation

Introduces activity codes as a cross-cutting classification layer beyond WBS. Codes enable multi-dimensional filtering and grouping for analysis.

Lesson 2 • WBS Decomposition Principles

Teaches deliverable-oriented decomposition and the 100% rule. A sound WBS prevents scope gaps and forms the backbone of the schedule.

Lesson 3 • Building the WBS in P6

Demonstrates creating, indenting, and reordering WBS nodes in P6. Hands-on construction reinforces decomposition concepts from the prior section.

Lesson 1 • Defining Relationships and Logic Ties

Teaches all four dependency types and how to create them in P6. Correct logic ties are mandatory for valid critical path calculation.

Lesson 2 • Activity Types and Duration Types

Covers task-dependent, resource-dependent, and fixed-duration activity types and their scheduling behaviour. Choosing the correct type prevents unexpected duration changes.

Lesson 3 • Estimating Activity Durations

Applies analogous, parametric, and three-point estimation techniques within P6. Accurate durations are the primary driver of schedule reliability.

Lesson 4 • Constraints and Deadlines

Explains mandatory and expected finish constraints and their impact on float. Overuse of constraints is a common scheduling error this section corrects.

Lesson 1 • Identifying and Displaying the Critical Path

Configures P6 filters and Gantt formatting to highlight critical activities. Visual clarity on the critical path accelerates decision-making.

Lesson 2 • Float Analysis and Schedule Flexibility

Analyses total, free, and negative float to assess schedule health. Float data guides resource allocation and risk mitigation decisions.

Lesson 3 • Baseline Creation and Schedule Freeze

Establishes a project baseline to preserve the approved schedule for comparison. Baseline integrity is essential for meaningful variance reporting.

Lesson 4 • Schedule Compression Techniques

Applies fast-tracking and crashing to shorten the critical path. These techniques involve trade-offs that students learn to evaluate quantitatively.

Lesson 1 • Assigning Resources to Activities

Demonstrates resource assignment methods and their effect on activity duration. Correct assignment drives realistic workload and cost distribution.

Lesson 2 • Resource Dictionary and Role Setup

Builds the enterprise resource dictionary with roles, units, and price rates. A well-structured dictionary enables accurate cost and workload calculations.

Lesson 3 • Budgeted Cost Baseline and Cash Flow

Finalises the cost-loaded baseline and generates a project cash flow curve. The S-curve becomes the reference for earned value measurement.

Lesson 4 • Resource Histograms and Usage Profiles

Visualises resource demand over time using histograms and usage spreadsheets. These views reveal overallocation before the schedule is executed.

Lesson 1 • Manual Levelling Techniques

Applies activity splitting, lag adjustment, and resource substitution to resolve peaks. Manual techniques offer precision that automatic levelling cannot always achieve.

Lesson 2 • Levelling Impact on Critical Path

Analyses how levelling delays affect float and the critical path. Students learn to balance resource feasibility against schedule duration objectives.

Lesson 3 • Identifying Resource Overallocation

Uses P6 views to pinpoint activities and time periods with demand exceeding availability. Accurate overallocation diagnosis is the prerequisite for effective levelling.

Lesson 4 • Resource Optimisation Strategies

Combines levelling, crashing, and scope adjustments to meet both resource and time targets. This integrative approach prepares students for real project trade-off decisions.

Lesson 1 • EVM Reporting and Stakeholder Communication

Builds EVM dashboards and S-curve reports for executive and team audiences. Effective reporting translates technical metrics into clear management decisions.

Lesson 2 • Updating Activity Progress

Covers methods for entering actual dates, remaining duration, and percent complete. Accurate progress data is the foundation of all performance measurement.

Lesson 3 • Schedule Variance Analysis

Compares current schedule against the baseline to identify slippage. Variance analysis drives corrective action before delays become unrecoverable.

Lesson 4 • Earned Value Fundamentals in P6

Defines PV, EV, and AC and maps them to P6 cost fields. EVM provides an objective, integrated measure of schedule and cost performance.

Lesson 1 • Continuous Improvement and Schedule Governance

Establishes update cycles, change control, and lessons-learned processes for schedule governance. Governance transforms one-time scheduling skills into a repeatable organisational capability.

Lesson 2 • Schedule Risk Analysis Methods

Applies Monte Carlo simulation and sensitivity analysis to quantify schedule uncertainty. Risk-informed schedules replace optimistic single-point estimates with probabilistic forecasts.

Lesson 3 • Multi-Project Scheduling and Dependencies

Manages cross-project relationships and shared resources across an enterprise portfolio. Multi-project scheduling prevents resource conflicts and missed inter-project milestones.

Lesson 4 • Schedule Quality and DCMA 14-Point Check

Evaluates schedule health using industry-standard quality metrics and diagnostic checks. A high-quality schedule withstands external review and supports credible forecasting.