Project Management · Professional · MBE™

PPSC

Mastering Project Planning & Scheduling Mastery

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Project ManagementProfessional level
31 Hours18 Modules
Self-pacedLearn at your own pace
CertificationEarn an MBE™ Credential

About the PPSC Certification

Late projects rarely fail on the day the deadline passes. The damage is done weeks earlier, when a charter left objectives vague, scope crept in without a change record, or a schedule was drawn as a list of dates with no logic between them.

Mastering Project Planning & Scheduling Mastery gives planners and project leads a complete method for preventing that: chartering and scoping, decomposing work, building a logic-driven network, estimating with honest contingency, leveling resources and holding the baseline through earned value and schedule risk analysis.

What You Will Learn

  • Write a project charter with SMART objectives, named authority and a clear link to business value
  • Separate product scope from project scope and record boundaries, exclusions and requirements in a scope statement
  • Decompose deliverables into work packages checked against the 100% rule and described in a WBS dictionary
  • Build a precedence network with the four dependency types, then calculate float and the critical path
  • Estimate durations with analogous, parametric, bottom-up and three-point methods and size contingency reserves
  • Level and smooth resource loads to resolve conflicts without breaking the schedule logic
  • Track schedule variance and earned value indices, then forecast completion and plan recovery actions
  • Quantify schedule risk with Monte Carlo simulation and position buffers where the plan is most exposed

What you take away

Skills You’ll Build

Mastering Project Planning & Scheduling Mastery skills
Project charter writing
Work breakdown structuring
Critical path analysis
Three-point estimating

Core Topics

  • Project Charter Development
  • Scope Definition and Validation
  • Work Breakdown Structure (WBS)
  • Activity Sequencing
  • Network Diagram Analysis
  • Critical Path Method (CPM)
  • Program Evaluation and Review Technique (PERT)
  • Gantt Chart Development
  • Resource Optimization
  • Baseline Management

Who Is This Course For?

Planning quality depends on everyone who touches the schedule, so the program is built for more than the person holding the planning software. Project managers learn to defend a baseline with logic rather than optimism. Dedicated planners and schedulers deepen their command of float, compression and leveling.

Project coordinators gain the discipline to keep dependencies and progress data current, and team leaders learn to estimate their own work packages credibly. PMO professionals can use the material to set common scheduling standards, while operations managers see how project timelines interact with the resources they run day to day.

  • Project managers
  • Project coordinators
  • Team leaders
  • Planners
  • PMO professionals
  • Operations managers

What’s Included?

  • Self-paced modules you can revisit anytime
  • Digital study resources and templates
  • Knowledge checks and practice assessments
  • A digital, verifiable MBE credential on completion

Course Outline

18 Modules31 hoursSelf-paced

Across 18 modules the program follows a plan from first approval through to recovery. Modules one and two explain why planning decides outcomes and how scope, schedule, budget and quality fit into one framework. Modules three to six cover the charter, scope, the WBS and formal change control.

Seven to ten build the schedule itself: sequencing and network diagrams, critical path and PERT, Gantt views and estimating with reserves. Eleven to fourteen handle resources, monitoring and recovery, earned value and schedule risk. Fifteen to seventeen look at portfolio scheduling, adaptive planning and AI-assisted forecasting, and module 18 is a capstone simulation that runs the whole method on one scenario.

1. The Discipline and Value of Project Planning
  • Why Planning Determines Project Success
  • The Project Lifecycle and Where Planning Fits
  • Planning Standards: PMBOK, PRINCE2, and ISO 21500
  • The Cost of Poor Planning: Evidence and Statistics
2. Project Planning Foundations
  • The Planning Framework and Its Components
  • From Initiation to an Approved Baseline
  • Integrating Scope, Schedule, Cost, and Quality
  • Assumptions, Constraints, and Planning Inputs
3. Defining Project Charter and Objectives
  • Purpose and Anatomy of a Project Charter
  • Writing SMART Objectives and Success Criteria
  • Identifying Key Stakeholders and Authority
  • Aligning the Charter with Business Value
4. Scope Management Fundamentals
  • Product Scope versus Project Scope
  • Collecting and Documenting Requirements
  • Establishing Scope Boundaries and Exclusions
  • The Scope Statement as a Contract
5. Work Breakdown Structure (WBS) Mastery
  • Key WBS Terms and Principles
  • Decomposition to Work Packages
  • The 100% Rule and WBS Dictionary
  • Deliverable-Based versus Phase-Based Structures
6. Scope Validation and Change Management
  • Validating Scope and Obtaining Formal Acceptance
  • The Integrated Change Control Process
  • Change Requests, Review, and Approval
  • Configuration Management and Version Control
7. Scheduling Techniques: Sequencing and Network Diagrams
  • Defining and Listing Project Activities
  • Dependency Types: FS, SS, FF, and SF
  • Leads, Lags, and Precedence Diagramming
  • Building the Activity Network Diagram
8. Critical Path Method (CPM) and PERT Analysis
  • The Forward Pass and Backward Pass
  • Calculating Float and the Critical Path
  • PERT and Three-Point Estimation
  • Schedule Compression: Crashing and Fast-Tracking
9. Gantt Charts and Schedule Visualization
  • The Value and History of the Gantt Chart
  • Milestones, Baselines, and Progress Bars
  • Highlighting Delayed and Critical Tasks
  • From Network Diagram to Gantt View
10. Estimating Duration, Cost, and Contingency
  • Estimation Techniques: Analogous, Parametric, Bottom-Up
  • Three-Point Estimating and Estimation Uncertainty
  • Reserve Analysis: Contingency and Management Reserves
  • Cost Baselining and the Time-Cost Trade-off
11. Resource Planning and Optimization
  • Identifying and Assigning Project Resources
  • Resource Leveling and Balancing Workloads
  • Resource Smoothing and Constraint Handling
  • Resolving Resource Conflicts
12. Monitoring, Control, and Recovery Strategies
  • Recording Deviations and Schedule Variance
  • Taking Corrective and Preventive Action
  • Managing and Updating the Schedule Baseline
  • Recovery Planning for Troubled Projects
13. Earned Value Management and Performance Analytics
  • Planned Value, Earned Value, and Actual Cost
  • Schedule and Cost Variance Analysis
  • SPI, CPI, and Performance Indices
  • Estimate at Completion and Forecasting
14. Managing Risk and Uncertainty in Schedules
  • Identifying Schedule Risks and Threats
  • Qualitative and Quantitative Risk Analysis
  • Monte Carlo Simulation and Schedule Risk
  • Building and Positioning Schedule Buffers
15. Advanced Scheduling Challenges and Digital Tools
  • Multi-Project and Portfolio Scheduling
  • Bridging the Planning-to-Execution Gap
  • Digital Scheduling Tools and Platforms
  • Integrating Planning with Enterprise Systems
16. Agile, Hybrid, and Adaptive Planning Approaches
  • Predictive versus Adaptive Planning
  • Rolling Wave and Progressive Elaboration
  • Sprint Planning, Backlogs, and Velocity
  • Hybrid Models: Combining Waterfall and Agile
17. AI, Automation, and the Future of Project Scheduling
  • AI-Assisted Estimation and Forecasting
  • Machine Learning for Risk and Delay Prediction
  • Automated Scheduling and Optimization Engines
  • Digital Twins and Real-Time Project Data
18. Capstone: Integrated Project Planning and Scheduling Simulation
  • Framing the Capstone Scenario
  • From Charter to WBS and Scope Baseline
  • Constructing the Network and Critical Path
  • Resourcing, Costing, and Risk Buffering

Complete the course assessments to earn the PPSC credential

Frequently Asked Questions

Is the program built around one particular scheduling software package?

The modules are built around method rather than a named product. Module fifteen reviews digital scheduling tools and platforms and how planning connects with enterprise systems, but the core is the logic every tool depends on: activity definition, dependency types, leads and lags, forward and backward passes, float and resource leveling. Planners who understand that logic can apply it in whichever application your organization already runs.

How does it help with schedules that are already running late?

Module twelve covers recording deviations and schedule variance, choosing corrective or preventive action, updating the baseline properly and planning recovery for a troubled project. Module thirteen adds earned value, so a project lead can show how far behind the work really is and forecast an estimate at completion. Module eight supplies the compression options, crashing and fast-tracking, that recovery plans usually lean on.

Is agile or rolling wave planning covered, or only predictive scheduling?

Both are covered. Module sixteen contrasts predictive and adaptive planning, explains rolling wave planning and progressive elaboration, and introduces sprint planning, backlogs and velocity. It then shows how hybrid models combine a stage-based plan with agile delivery, which is the working reality for many engineering and IT programs where some scope can be fixed early and some cannot.

Which roles should we enroll first from our project organization?

Start with the people whose estimates drive the master schedule: planners, schedulers and the project managers who sign off baselines. Adding PMO staff to the same cohort lets them turn the methods into a common scheduling standard, and coordinators who maintain progress data gain a great deal from the modules on monitoring, variance and change control.

How is schedule risk analyzed within the program?

Module fourteen moves from identifying schedule threats to qualitative and quantitative analysis, then to Monte Carlo simulation, which shows a range of likely finish dates instead of a single promised one. Participants also learn to build and position schedule buffers so contingency protects the points of greatest exposure rather than being spread thinly across every task.

What can our PMO see on the administrator dashboard during rollout?

Enrollment, progress and completion for every participant in the licensed cohort. Because the 31 hours are self-paced on web and mobile, people move at different speeds, and the dashboard lets a PMO or L&D lead spot who has stalled without chasing status emails. Completing the knowledge checks and practice assessments is what qualifies a participant for the MBE credential.

How do I register for this course?

Use the Register Now button on this page. It opens Mastering Project Planning & Scheduling Mastery on the Blue Ocean Academy website, where you can enroll and start learning at your own pace.

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Your MBE credential is issued digitally and can be verified by employers. It carries the Mastering Business Excellence name, so you can add it to your professional profile as soon as you complete the course.

  • Digital Certificate
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  • Credential Holder Profile
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