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Who Should Take This

Project managers, senior schedulers, and program leads who have several years of hands‑on scheduling experience and responsibility for large‑scale, multi‑disciplinary initiatives are ideal candidates. They seek to validate mastery of sophisticated schedule techniques, integrate earned‑value analysis, and demonstrate strategic schedule governance to advance their career and enhance organizational project performance.

What's Covered

1 All domains and task statements in the PMI Scheduling Professional (PMI-SP) examination content outline: Domain 1 Schedule Strategy

2 , Domain 2 Schedule Planning and Development

3 , Domain 3 Schedule Monitoring and Controlling

4 , Domain 4 Schedule Closeout

5 , and Domain 5 Stakeholder Communications Management

What's Included in AccelaStudy® AI

Adaptive Knowledge Graph

Practice Questions

Lesson Modules

Console Simulator Labs

Exam Tips & Strategy

20 Activity Formats

Course Outline

75 learning goals

1 Schedule Strategy

3 topics

Schedule Management Approach

Establish a schedule management plan that defines the scheduling methodology, tools, reporting frequency, variance thresholds, and change control procedures aligned with organizational process assets
Evaluate predictive, adaptive, and hybrid scheduling approaches to determine the optimal methodology based on project complexity, stakeholder tolerance for uncertainty, and organizational maturity
Design a tailored scheduling framework that integrates rolling wave planning with milestone-driven governance gates for programs containing both predictive and agile work streams

Schedule Governance and Standards

Implement schedule governance policies including baseline change control procedures, variance escalation thresholds, and approval authority matrices for schedule modifications
Assess organizational scheduling standards and enterprise environmental factors to determine constraints on schedule model construction, reporting formats, and earned value compliance requirements
Recommend a schedule governance structure that balances control rigor with team autonomy across a multi-project portfolio with shared resources and interdependent milestones

Scheduling Tool and Technique Selection

Apply selection criteria to evaluate scheduling software capabilities including resource management, multi-project support, critical path analysis, and integration with earned value management systems
Differentiate between deterministic and probabilistic scheduling techniques to select appropriate methods for projects with varying levels of uncertainty and risk exposure
Formulate a comprehensive tooling strategy that integrates scheduling software with risk analysis tools, resource management platforms, and enterprise reporting dashboards

2 Schedule Planning and Development

8 topics

Activity Definition and Sequencing

Execute work breakdown structure decomposition to define schedule activities at the work package level with appropriate activity attributes including codes, descriptions, and responsible parties
Apply Precedence Diagramming Method to construct network logic with finish-to-start, start-to-start, finish-to-finish, and start-to-finish relationships including leads and lags
Differentiate between mandatory, discretionary, external, and internal dependencies to construct a robust network diagram that reflects both hard logic and preferential sequencing
Configure hammock activities, level-of-effort activities, and summary milestones to represent ongoing support work and program-level reporting requirements within the schedule model

Duration Estimating

Apply analogous estimating using historical project data and organizational process assets to develop preliminary duration estimates for activities with limited scope definition
Execute parametric estimating by applying productivity rates, learning curves, and regression models to calculate activity durations based on quantifiable work parameters
Apply three-point estimating with PERT-weighted calculations using optimistic, most likely, and pessimistic durations to derive expected duration and standard deviation for risk-sensitive activities
Evaluate estimating technique accuracy by comparing analogous, parametric, three-point, and bottom-up methods against project characteristics to select the approach with optimal precision-to-effort ratio
Apply reserve analysis to establish contingency reserves for identified schedule risks and management reserves for unknown risks using quantitative risk analysis outputs

Critical Path Analysis

Execute forward and backward pass calculations on a network diagram to determine early start, early finish, late start, late finish, and total float for every activity
Determine the critical path and near-critical paths by analyzing total float values to identify activities whose delay directly impacts the project completion date
Differentiate between total float and free float to assess the degree of scheduling flexibility for individual activities without impacting successor start dates or overall project duration
Design a critical path monitoring strategy that integrates near-critical path surveillance, float consumption tracking, and trigger-based escalation for paths approaching zero float

Resource-Loaded Scheduling

Create resource-loaded schedules by assigning resource types, quantities, and calendars to activities while accounting for availability constraints, part-time allocations, and shared resource pools
Apply resource leveling techniques to resolve overallocation conflicts by adjusting activity start dates within float constraints while minimizing impact on the critical path
Apply resource smoothing to optimize resource utilization profiles without extending the project duration by redistributing work within available float windows
Evaluate the tradeoffs between resource leveling and resource smoothing to determine the optimal resource optimization approach based on resource constraints, schedule flexibility, and deadline rigidity

Schedule Compression

Apply crashing techniques by analyzing cost-duration tradeoffs on critical path activities to achieve maximum schedule compression at minimum incremental cost
Apply fast tracking by identifying activities on the critical path that can be performed in parallel or with increased overlap through modified dependency relationships
Assess the risk implications of fast tracking including increased rework probability, quality degradation, and resource contention compared to crashing for specific project scenarios
Develop a schedule compression strategy that combines crashing and fast tracking with risk mitigation measures to meet an imposed deadline while maintaining acceptable quality and cost parameters

Schedule Risk Analysis

Execute Monte Carlo simulation on the schedule model using three-point duration estimates and risk event probability distributions to generate completion date confidence levels
Analyze sensitivity indices from Monte Carlo results to identify activities with the highest correlation to project completion date variability and prioritize risk responses accordingly
Apply what-if scenario analysis to evaluate alternative schedule strategies by modeling different resource allocations, sequencing approaches, and risk response plans
Design a schedule risk management approach that integrates quantitative analysis outputs with contingency reserve allocation and risk-informed baseline setting

Schedule Baseline and Model Development

Establish the schedule baseline by obtaining formal approval of the schedule model including start and finish dates, milestones, and resource assignments as the performance measurement reference
Configure the schedule model with appropriate calendars, constraints, deadlines, and schedule data to produce accurate Gantt charts, network diagrams, and milestone reports
Evaluate schedule model integrity by checking for open-ended activities, missing logic, negative float, constraint conflicts, and resource calendar misalignments
Develop a schedule model maintenance strategy including version control, re-baselining criteria, and progressive elaboration procedures for rolling wave planning horizons

Critical Chain Scheduling

Apply Critical Chain Project Management by removing individual activity safety margins and placing project and feeding buffers at strategic points in the schedule network
Compare Critical Chain buffer management with traditional float-based scheduling to determine applicability based on resource contention patterns and organizational culture

3 Schedule Monitoring and Controlling

6 topics

Schedule Performance Measurement

Apply earned value technique to calculate Schedule Variance and Schedule Performance Index using planned value, earned value, and actual progress data from the schedule baseline
Calculate To-Complete Schedule Performance Index to determine the required future performance efficiency needed to meet the planned completion date given current schedule progress
Analyze SPI trends over multiple reporting periods to forecast schedule completion probability and identify systemic performance patterns requiring corrective intervention
Evaluate the limitations of traditional earned value schedule metrics near project completion and apply Earned Schedule extensions including ES, SV(t), and SPI(t) for improved late-stage forecasting

Schedule Variance Analysis and Response

Assess schedule variance root causes by analyzing actual versus planned performance for critical and near-critical path activities including resource productivity, scope changes, and external delays
Implement corrective actions for schedule delays including activity re-sequencing, resource reallocation, scope negotiation, and schedule compression techniques applied to the current critical path
Design a proactive schedule recovery plan that sequences corrective and preventive actions to restore schedule performance while managing secondary risks from acceleration measures

Schedule Change Control

Execute the schedule change control process by documenting change requests, performing impact analysis on critical path and resource availability, and routing through the change control board
Evaluate cumulative impacts of approved schedule changes on the baseline, resource allocations, and downstream milestones to determine re-baselining necessity
Develop re-baselining criteria and procedures that preserve earned value measurement integrity while reflecting approved scope and schedule modifications

Progress Tracking and Reporting

Implement schedule progress collection procedures using percent complete methods, remaining duration updates, and actual start and finish date recording for all active and completed activities
Configure schedule reports including Gantt chart updates, milestone trend charts, S-curve progress plots, and exception reports highlighting critical path delays and float consumption
Assess the effectiveness of different percent complete measurement techniques including physical observation, weighted milestones, and level-of-effort for various activity types

Schedule Forecasting

Apply time-based earned value forecasting to calculate Estimate at Completion for schedule using SPI trends, remaining work estimates, and performance-based projection models
Compare deterministic and probabilistic schedule forecasting methods to determine the appropriate technique based on project phase, data quality, and stakeholder confidence requirements
Develop an integrated schedule forecasting approach that combines earned value projections with Monte Carlo re-simulation to provide risk-adjusted completion date ranges

Agile Schedule Monitoring

Apply velocity tracking and burndown charts to monitor iteration-level schedule progress and forecast release completion dates based on observed team throughput trends
Evaluate cumulative flow diagrams and cycle time metrics to identify bottlenecks, work-in-progress limit violations, and throughput variability in kanban-based schedule management
Design a hybrid monitoring framework that integrates iteration-level agile metrics with milestone-driven earned value reporting for programs containing mixed predictive and adaptive components

4 Schedule Closeout

2 topics

Schedule Documentation and Archival

Execute schedule closeout procedures including final progress updates, actual finish date recording, and formal acceptance of schedule deliverables from all work packages
Create schedule performance archives documenting baseline versus actual comparisons, variance explanations, and corrective action effectiveness for organizational process asset updates

Lessons Learned and Continuous Improvement

Analyze schedule performance data across project phases to identify estimating accuracy trends, common delay causes, and effective compression techniques for lessons learned documentation
Develop recommendations for scheduling process improvements including estimating database enhancements, methodology refinements, and tool configuration updates based on project outcomes
Evaluate the accuracy of Monte Carlo simulation predictions against actual project outcomes to calibrate probabilistic models for future schedule risk analyses

5 Stakeholder Communications Management

4 topics

Schedule Communication Planning

Establish a schedule communications plan that defines report types, distribution lists, reporting frequency, and escalation procedures tailored to stakeholder information needs
Assess stakeholder schedule information requirements by analyzing influence, interest, and decision-making authority to tailor report granularity and frequency appropriately
Design a multi-tiered schedule reporting framework that provides executive dashboards, program milestone views, and detailed activity-level reports aligned to stakeholder communication preferences

Schedule Performance Presentation

Create executive schedule status presentations using milestone trend analysis, SPI dashboards, and risk-adjusted completion forecasts that support informed decision-making
Evaluate the effectiveness of different schedule visualization techniques including Gantt charts, network diagrams, and burndown charts for communicating with technical and non-technical audiences
Optimize schedule communication strategies to manage stakeholder expectations during periods of significant schedule variance or recovery requiring executive sponsorship support

Cross-Functional Schedule Coordination

Implement cross-functional schedule coordination procedures including interface milestone management, dependency tracking across teams, and integrated master schedule maintenance
Assess the impact of external dependencies and inter-project constraints on the integrated master schedule to identify coordination risks and schedule buffer requirements
Develop integrated schedule management protocols for multi-project environments that synchronize cross-team milestones, resolve resource contention, and maintain portfolio-level schedule coherence

Conflict Resolution and Negotiation

Apply negotiation techniques to resolve schedule conflicts arising from competing resource demands, stakeholder priority disagreements, and constraint incompatibilities across project teams
Recommend escalation and resolution strategies for schedule disputes that balance project objectives, resource constraints, and organizational priorities across portfolio stakeholders

Scope

Included Topics

All domains and task statements in the PMI Scheduling Professional (PMI-SP) examination content outline: Domain 1 Schedule Strategy (14%), Domain 2 Schedule Planning and Development (31%), Domain 3 Schedule Monitoring and Controlling (36%), Domain 4 Schedule Closeout (6%), and Domain 5 Stakeholder Communications Management (13%).
Critical Path Method (CPM), Program Evaluation and Review Technique (PERT), Precedence Diagramming Method (PDM), Arrow Diagramming Method (ADM), resource leveling, resource smoothing, fast tracking, crashing, schedule compression, and Monte Carlo simulation for schedule risk analysis.
Earned value schedule metrics including Schedule Performance Index (SPI), Schedule Variance (SV), To-Complete Schedule Performance Index (TSPI), and Estimate at Completion time-based forecasting techniques.
Gantt charts, milestone charts, network diagrams, leads and lags, hammock activities, level-of-effort activities, rolling wave planning, progressive elaboration, and decomposition techniques for work breakdown structures.
Schedule management tools and software including critical chain project management (CCPM), resource calendars, schedule baselines, schedule models, what-if scenario analysis, and agile scheduling techniques including iteration planning and release planning.
Integration with broader project management including scope management dependencies, risk register inputs to schedule contingency, procurement lead times, and organizational process assets for estimating.

Not Covered

Detailed cost engineering, earned value cost metrics (CPI, CV, EAC, ETC) beyond their schedule-related counterparts, and financial accounting practices outside schedule performance measurement.
Software-specific implementation details for scheduling tools such as Microsoft Project, Primavera P6, or other vendor-proprietary features not covered in the PMI-SP exam.
Human resource management depth beyond resource allocation, leveling, and availability as inputs to scheduling decisions.
Quality management processes, procurement contract administration, and stakeholder identification that fall outside their direct impact on schedule development and control.

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