Training course

Overview

Microsoft Project Masterclass for Managers is a comprehensive professional training course designed to develop the practical knowledge and management skills required to use Microsoft Project effectively for planning, scheduling, monitoring, controlling, and reporting projects. The course provides managers and project professionals with a structured understanding of Microsoft Project functionality, including project setup, task planning, work breakdown structures, dependencies, calendars, resources, costs, baselines, progress tracking, critical path analysis, earned value management, reporting, and project performance control. It combines Microsoft Project capabilities with established project management principles and practical project-controls techniques to help participants transform project requirements into realistic and manageable project schedules.

The primary purpose of effective Microsoft Project management is to provide managers with reliable visibility into project scope, timelines, resources, costs, dependencies, milestones, risks, and performance. Participants will learn how to build professional project schedules, establish logical relationships between activities, develop resource-loaded plans, identify critical activities, manage constraints, create baselines, update project progress, analyze variances, forecast completion dates, and communicate project status to stakeholders. The course also emphasizes schedule quality, realistic estimating, resource optimization, change control, performance measurement, and management reporting using Microsoft Project's practical scheduling and reporting capabilities.

Modern project environments require managers to coordinate increasingly complex projects involving multiple teams, competing priorities, limited resources, changing requirements, compressed schedules, remote collaboration, and demanding stakeholder expectations. Microsoft Project can provide a powerful platform for integrating project scope, schedule, resources, cost information, and performance data when it is configured and used correctly. This masterclass therefore addresses both the technical use of Microsoft Project and the managerial principles required to create useful project schedules, maintain schedule integrity, identify emerging delays, manage resource conflicts, evaluate project alternatives, and support evidence-based management decisions. Participants will also explore practical applications of Microsoft Project within predictive, hybrid, and organizational project-management environments.

Microsoft Project Masterclass for Managers is therefore suitable for project managers, programme managers, PMO professionals, operations managers, department heads, project planners, project controls specialists, team leaders, consultants, engineers, business analysts, and other professionals responsible for managing project delivery. The course combines Microsoft Project tools and features, project scheduling standards and frameworks, practical templates, scheduling exercises, resource-management workshops, critical-path analysis, cost and performance-control techniques, case studies, management reporting, and real-world project scenarios. Participants progressively develop the ability to build, analyze, control, and communicate professional project schedules while using Microsoft Project as a practical management and project-controls tool.

Course Duration

10 Days (80 Hours)

Target Participants

This course is suitable for:

• Chief Executive Officers (CEOs)

• Chief Operating Officers (COOs)

• Directors and Senior Executives

• Project Directors

• Project Managers

• Senior Project Managers

• Programme Managers

• Portfolio Managers

• Project Management Office (PMO) Professionals

• Project Controls Managers

• Project Planners and Schedulers

• Planning Engineers

• Cost and Project Controls Professionals

• Operations Managers

• Department Heads

• Team Leaders and Supervisors

• Business Analysts

• Engineers and Technical Professionals

• Construction and Infrastructure Professionals

• IT and Technology Project Professionals

• Consultants and Management Consultants

• Resource Managers

• Professionals Responsible for Project Planning, Scheduling, Monitoring, and Control

Course Objectives

By the end of the training, participants will be able to:

• Understand the principles and applications of Microsoft Project in professional project management.

• Understand project scheduling concepts, terminology, standards, and best practices.

• Configure Microsoft Project for different organizational and project environments.

• Create professional project files and establish appropriate project calendars.

• Develop Work Breakdown Structures (WBS) and structured project schedules.

• Create tasks, milestones, summary tasks, and deliverables.

• Establish logical relationships and dependencies between project activities.

• Apply appropriate task types, constraints, deadlines, and scheduling options.

• Develop realistic project schedules using sound estimating and sequencing practices.

• Create and manage project resources, resource calendars, and resource assignments.

• Develop resource-loaded schedules and analyze resource utilization.

• Identify resource overallocations and apply practical resource-leveling techniques.

• Develop project cost estimates and integrate resource and task costs.

• Establish project baselines for performance measurement and control.

• Update project schedules using actual progress, remaining duration, actual work, and status dates.

• Monitor project performance against approved baselines.

• Analyze schedule variance, cost variance, and project trends.

• Identify and analyze the project critical path and near-critical activities.

• Apply float and slack analysis to support project decision-making.

• Use Microsoft Project views, tables, filters, groups, and custom fields effectively.

• Develop professional project dashboards, reports, and management presentations.

• Apply earned value management concepts within Microsoft Project.

• Calculate and interpret key project performance indicators.

• Analyze project delays and develop schedule recovery strategies.

• Apply what-if analysis and alternative scheduling scenarios.

• Integrate project risks, issues, assumptions, and changes into project scheduling.

• Apply effective project change-control and baseline-management practices.

• Manage recurring tasks, deadlines, constraints, and complex project calendars.

• Apply Microsoft Project techniques to large and multi-phase projects.

• Understand the use of Microsoft Project within predictive, agile, and hybrid project environments.

• Develop practical project-management templates and scheduling standards.

• Improve project forecasting, decision-making, stakeholder communication, and project governance.

• Develop an integrated Microsoft Project-based project planning and control system.

Course Content

Day 1: Foundations of Microsoft Project and Professional Project Scheduling

Module 1: Microsoft Project Fundamentals, Project Setup, and Scheduling Principles

Topics

1.  Introduction to Microsoft Project and Professional Project Management
2.  
• Purpose and capabilities of Microsoft Project
• Microsoft Project within the project-management lifecycle
• Project planning versus project scheduling
• Project scope, schedule, cost, and resource integration
• Microsoft Project terminology
• Project manager responsibilities
• Common scheduling mistakes
• Microsoft Project best practices
3.  Project Management Standards, Frameworks, and Scheduling Principles
4.  
• PMI project-management principles
• PMBOK-aligned scheduling concepts
• Project schedule management
• Work Breakdown Structure (WBS)
• Critical Path Method (CPM)
• Schedule baseline concepts
• Project controls principles
• Schedule quality standards and best practices
5.  Microsoft Project Interface and Navigation
6.  
• Ribbon and commands
• Project views
• Gantt Chart
• Task Sheet
• Timeline
• Project Information
• Status bar and navigation
• Customizing the working environment
7.  Creating and Configuring a New Project
8.  
• Starting a project
• Project start and finish dates
• Project calendar selection
• Project properties
• Project information
• Scheduling options
• Project defaults
• File-management practices
9.  Project Calendars and Working Time
10.  
• Standard calendars
• Project calendars
• Resource calendars
• Task calendars
• Working and non-working time
• Holidays and organizational shutdowns
• Shift patterns
• Calendar exceptions
11.  Creating Tasks and Project Structure
12.  
• Entering project activities
• Task names
• Task durations
• Summary tasks
• Subtasks
• Milestones
• Deliverables
• Task organization
13.  Developing the Work Breakdown Structure in Microsoft Project
14.  
• WBS principles
• Deliverable decomposition
• WBS coding
• Indentation and outlining
• Work packages
• Summary-level planning
• WBS quality checks
• Practical WBS development
15.  Task Scheduling and Duration Estimation
16.  
• Manual and automatic scheduling
• Duration estimating
• Effort versus duration
• Task calendars
• Estimating uncertainty
• Three-point estimating
• Expert judgment
• Schedule realism
17.  Practical Exercise: Building a Basic Project Schedule
18.  
• Create a new project
• Configure project information
• Establish a project calendar
• Develop the WBS
• Enter tasks and milestones
• Assign task durations
• Review the Gantt Chart
• Validate the initial schedule
19. Case Study: Developing a Management-Level Project Schedule

• Analyze project objectives
• Define deliverables
• Develop project WBS
• Create project activities
• Establish project milestones
• Configure calendars
• Develop the initial schedule
• Present the project schedule to management

Day 2: Task Dependencies, Scheduling Logic, and Critical Path

Module 1: Advanced Task Relationships, Schedule Logic, and Critical Path Analysis

Topics

1.  Understanding Task Dependencies
2.  
• Finish-to-Start relationships
• Start-to-Start relationships
• Finish-to-Finish relationships
• Start-to-Finish relationships
• Logical relationships
• Dependency types
• Internal and external dependencies
• Dependency management best practices
3.  Creating and Managing Predecessors and Successors
4.  
• Linking activities
• Predecessor fields
• Successor relationships
• Dependency validation
• Removing unnecessary links
• Avoiding excessive constraints
• Relationship documentation
• Schedule logic quality
5.  Leads, Lags, and Timing Relationships
6.  
• Lead concepts
• Lag concepts
• Positive and negative lag
• Appropriate use of lag
• Lead and lag risks
• Alternative relationship modeling
• Schedule transparency
• Best practices
7.  Task Constraints and Deadlines
8.  
• Constraint types
• As Soon As Possible
• As Late As Possible
• Must Start On
• Must Finish On
• Start No Earlier Than
• Finish No Later Than
• Deadline management
9.  Critical Path Method (CPM)
10.  
• Critical path principles
• Critical activities
• Critical path identification
• Total float
• Free float
• Near-critical activities
• Critical-path sensitivity
• Management implications
11.  Schedule Analysis and Logic Quality
12.  
• Open-ended activities
• Dangling activities
• Excessive constraints
• Negative float
• Excessive float
• Invalid relationships
• Schedule integrity
• Schedule quality review
13.  Milestones and Key Management Dates
14.  
• Project milestones
• Phase-gate milestones
• Decision milestones
• Contract milestones
• Regulatory milestones
• Management milestones
• Milestone tracking
• Milestone reporting
15.  Schedule Optimization and Sequencing
16.  
• Activity sequencing
• Parallel activities
• Fast-tracking
• Schedule compression
• Crashing
• Resource considerations
• Dependency optimization
• Schedule trade-offs
17.  Practical Exercise: Critical Path and Schedule Logic Analysis
18.  
• Create activity relationships
• Review predecessor and successor logic
• Identify critical activities
• Analyze float
• Identify schedule constraints
• Detect logic problems
• Correct schedule issues
• Assess completion-date impact
19. Case Study: Recovering a Delayed Project Schedule

• Analyze current schedule
• Identify critical-path delays
• Determine root causes
• Evaluate fast-tracking options
• Evaluate crashing options
• Assess schedule risks
• Develop recovery actions
• Present a revised management schedule

Day 3: Resource Management, Workload, and Resource Leveling

Module 1: Resource Planning, Allocation, and Optimization in Microsoft Project

Topics

1.  Resource Management Fundamentals
2.  
• Resource planning principles
• Human resources
• Equipment resources
• Material resources
• Resource availability
• Resource capacity
• Resource ownership
• Resource-management best practices
3.  Creating and Configuring Resources
4.  
• Resource Sheet
• Resource names
• Resource types
• Standard rates
• Overtime rates
• Maximum units
• Resource calendars
• Resource attributes
5.  Assigning Resources to Tasks
6.  
• Resource assignments
• Work and duration
• Units
• Task effort
• Assignment calculations
• Multiple-resource assignments
• Assignment validation
• Resource utilization
7.  Understanding Work, Duration, and Units
8.  
• Work calculations
• Duration calculations
• Resource units
• Task types
• Fixed units
• Fixed work
• Fixed duration
• Effort-driven scheduling
9.  Resource Calendars and Availability
10.  
• Individual calendars
• Working patterns
• Leave and absence
• Shift schedules
• Resource availability periods
• Capacity planning
• Resource constraints
• Calendar conflicts
11.  Identifying Resource Overallocations
12.  
• Overallocated resources
• Resource Graph
• Resource Usage view
• Overallocation indicators
• Workload analysis
• Capacity gaps
• Priority conflicts
• Management escalation
13.  Resource Leveling and Optimization
14.  
• Resource leveling principles
• Automatic leveling
• Manual leveling
• Leveling delays
• Splitting tasks
• Adjusting assignments
• Protecting critical activities
• Leveling trade-offs
15.  Resource Planning for Complex Projects
16.  
• Shared resources
• Multi-project resource conflicts
• Resource pools
• Functional resources
• Specialist resources
• Resource bottlenecks
• Capacity forecasting
• Strategic resource allocation
17.  Practical Exercise: Building and Leveling a Resource-Loaded Schedule
18.  
• Create resource list
• Establish resource availability
• Assign resources
• Analyze workload
• Identify overallocations
• Apply leveling
• Evaluate completion-date changes
• Optimize resource assignments
19. Case Study: Managing a Resource-Constrained Project

• Analyze resource demand
• Identify bottleneck resources
• Evaluate allocation conflicts
• Develop resource priorities
• Apply leveling strategies
• Assess schedule impact
• Recommend management actions
• Present resource-optimization strategy

Day 4: Project Costs, Budgets, and Financial Control

Module 1: Cost Management, Budgeting, and Financial Analysis Using Microsoft Project

Topics

1.  Project Cost Management Fundamentals
2.  
• Project cost concepts
• Cost estimating
• Budget development
• Cost baselines
• Cost control
• Resource costs
• Fixed costs
• Project financial governance
3.  Configuring Resource Rates and Costs
4.  
• Standard rates
• Overtime rates
• Cost per use
• Effective rate dates
• Resource cost changes
• Multiple rate tables
• Cost assumptions
• Rate validation
5.  Assigning Costs to Project Activities
6.  
• Resource-based costs
• Fixed costs
• Material costs
• Assignment costs
• Task-level costs
• Summary-task costs
• Cost aggregation
• Cost validation
7.  Developing Project Budgets
8.  
• Budget planning
• Cost estimates
• Time-phased budgets
• Budget allocation
• Baseline budget
• Funding requirements
• Management reserves
• Budget governance
9.  Cash Flow and Time-Phased Cost Analysis
10.  
• Cost distribution
• Monthly cost profiles
• Planned expenditure
• Cash-flow forecasting
• Funding schedules
• Cost peaks
• Financial resource planning
• Management reporting
11.  Cost Baselines and Project Financial Control
12.  
• Baseline concepts
• Cost baseline
• Baseline comparison
• Approved budgets
• Baseline integrity
• Change control
• Cost variance
• Financial governance
13.  Cost Variance and Management Analysis
14.  
• Planned costs
• Actual costs
• Remaining costs
• Cost variance
• Forecast costs
• Cost trends
• Budget pressure
• Corrective action
15.  Integrating Microsoft Project with Project Controls
16.  
• Cost control
• Schedule control
• Resource control
• EVM integration
• Project accounting
• Cost reporting
• Data reconciliation
• Project-controls governance
17.  Practical Exercise: Developing a Project Cost Baseline
18.  
• Configure resource rates
• Assign project resources
• Add fixed costs
• Develop cost estimates
• Time-phase costs
• Establish baseline
• Review cost reports
• Analyze financial exposure
19. Case Study: Managing a Project Facing Budget Pressure

• Analyze project cost data
• Identify cost drivers
• Review resource costs
• Compare baseline and forecast
• Identify cost variances
• Evaluate corrective actions
• Develop a revised cost-control strategy
• Present financial recommendations

Day 5: Baselines, Progress Tracking, and Performance Control

Module 1: Project Baselines, Status Updates, and Schedule Performance Management

Topics

1.  Establishing the Project Baseline
2.  
• Baseline purpose
• Scope baseline
• Schedule baseline
• Cost baseline
• Baseline approval
• Baseline integrity
• Baseline documentation
• Management authorization
3.  Saving and Managing Multiple Baselines
4.  
• Baseline storage
• Multiple baselines
• Baseline comparison
• Interim plans
• Baseline selection
• Baseline reporting
• Change implications
• Governance considerations
5.  Project Status Dates and Data Dates
6.  
• Status-date concepts
• Reporting periods
• Data-date management
• Schedule update cycles
• Progress cut-off
• Period-end procedures
• Reporting consistency
• Status-date best practices
7.  Updating Actual Progress
8.  
• Percent complete
• Actual start
• Actual finish
• Actual duration
• Remaining duration
• Actual work
• Remaining work
• Progress validation
9.  Tracking Project Performance Against Baseline
10.  
• Tracking Gantt
• Baseline bars
• Variance fields
• Start variance
• Finish variance
• Duration variance
• Cost variance
• Performance interpretation
11.  Schedule Variance and Delay Analysis
12.  
• Planned versus actual dates
• Delay identification
• Critical-path movement
• Float consumption
• Slippage analysis
• Root-cause investigation
• Delay documentation
• Recovery planning
13.  Corrective Action and Schedule Recovery
14.  
• Recovery strategies
• Resource reallocation
• Fast-tracking
• Crashing
• Scope sequencing
• Milestone recovery
• Management escalation
• Recovery-plan monitoring
15.  Change Control and Baseline Management
16.  
• Change requests
• Schedule impacts
• Cost impacts
• Approved changes
• Baseline revisions
• Change logs
• Configuration control
• Audit trails
17.  Practical Exercise: Updating and Controlling a Live Project
18.  
• Set status date
• Enter actual progress
• Update remaining work
• Analyze baseline variance
• Identify delayed activities
• Review critical path
• Develop recovery actions
• Produce project-status report
19. Case Study: Turning Around a Project With Significant Schedule Variance

• Review approved baseline
• Analyze current progress
• Identify delay drivers
• Evaluate resource options
• Develop recovery scenarios
• Update project schedule
• Compare alternative outcomes
• Present recovery recommendations

Day 6: Advanced Scheduling, What-If Analysis, and Scenario Planning

Module 1: Advanced Microsoft Project Scheduling and Management Decision Support

Topics

1.  Advanced Scheduling Techniques
2.  
• Complex task relationships
• Multi-level schedules
• Cross-phase dependencies
• External dependencies
• Schedule constraints
• Advanced calendars
• Recurring activities
• Schedule optimization
3.  Working with Recurring Tasks and Complex Activities
4.  
• Recurring meetings
• Periodic inspections
• Maintenance activities
• Reporting cycles
• Repetitive work
• Recurring task configuration
• Calendar interactions
• Practical applications
5.  Deadline and Constraint Management
6.  
• Deadline indicators
• Constraint monitoring
• Constraint impact
• Hard versus soft constraints
• Regulatory dates
• Contractual dates
• Management commitments
• Constraint-risk management
7.  What-If Analysis and Alternative Project Scenarios
8.  
• Scenario development
• Alternative schedules
• Resource scenarios
• Cost scenarios
• Duration scenarios
• Baseline comparison
• Decision criteria
• Scenario documentation
9.  Schedule Compression and Acceleration
10.  
• Fast-tracking
• Crashing
• Overtime
• Additional resources
• Parallel work
• Scope sequencing
• Acceleration risks
• Cost and schedule trade-offs
11.  Managing Multi-Project Environments
12.  
• Master projects
• Subprojects
• Shared resources
• Cross-project dependencies
• Portfolio visibility
• Resource conflicts
• Consolidated reporting
• Governance challenges
13.  Advanced Filters, Groups, Tables, and Views
14.  
• Custom filters
• Grouping
• Custom tables
• Critical tasks
• Late tasks
• Resource views
• Cost views
• Management-specific views
15.  Custom Fields and Project Information Management
16.  
• Custom text fields
• Number fields
• Date fields
• Flag fields
• Formulas
• Indicators
• Custom categories
• Data consistency
17.  Practical Workshop: Building Alternative Project Scenarios
18.  
• Establish current baseline
• Develop accelerated scenario
• Develop resource-constrained scenario
• Compare completion dates
• Compare costs
• Analyze critical paths
• Evaluate risks
• Recommend preferred scenario
19. Case Study: Selecting the Best Recovery Strategy for a Complex Project

• Analyze project constraints
• Identify schedule drivers
• Develop alternative scenarios
• Evaluate resource requirements
• Assess cost implications
• Compare project outcomes
• Evaluate stakeholder priorities
• Recommend the optimal strategy

Day 7: Reporting, Dashboards, and Stakeholder Communication

Module 1: Project Reporting, Data Visualization, and Executive Management Information

Topics

1.  Principles of Effective Project Reporting
2.  
• Reporting objectives
• Audience requirements
• Management information
• Exception reporting
• Decision-oriented reporting
• Reporting frequency
• Data accuracy
• Reporting governance
3.  Microsoft Project Views for Management
4.  
• Gantt Chart views
• Tracking Gantt
• Resource views
• Calendar views
• Network Diagram
• Timeline
• Task Usage
• Resource Usage
5.  Project Status Reports
6.  
• Schedule status
• Cost status
• Resource status
• Milestone status
• Critical-path status
• Variance analysis
• Forecast information
• Management commentary
7.  Creating Visual Project Dashboards
8.  
• Dashboard principles
• KPI selection
• Schedule indicators
• Cost indicators
• Resource indicators
• Milestone indicators
• Risk indicators
• Executive visualization
9.  Project Timeline and Executive Communication
10.  
• Timeline development
• Major milestones
• Key deliverables
• Decision points
• Management presentations
• Stakeholder communication
• Executive summaries
• Communication best practices
11.  Filters and Reports for Exception Management
12.  
• Late tasks
• Critical tasks
• Overallocated resources
• High-cost activities
• Milestone exceptions
• Variance thresholds
• Management attention areas
• Exception reporting
13.  Communicating Schedule Risks and Performance
14.  
• Performance narratives
• Schedule risk communication
• Root-cause explanations
• Corrective-action communication
• Stakeholder expectations
• Escalation
• Decision requests
• Transparent reporting
15.  Exporting and Sharing Project Information
16.  
• Export options
• Report formatting
• Spreadsheet integration
• Presentation preparation
• PDF reporting
• Data-sharing considerations
• Version control
• Information governance
17.  Practical Exercise: Developing an Executive Project Dashboard
18.  
• Select management KPIs
• Configure project views
• Create management filters
• Develop timeline
• Analyze project exceptions
• Prepare dashboard content
• Develop management commentary
• Present the dashboard
19. Case Study: Communicating Project Performance to Senior Management

• Analyze project status
• Identify critical issues
• Develop executive dashboard
• Summarize schedule performance
• Highlight resource constraints
• Explain cost trends
• Recommend management actions
• Conduct executive project review

Day 8: Earned Value Management, Forecasting, and Project Analytics

Module 1: Performance Measurement, Earned Value, Forecasting, and Advanced Project Analytics

Topics

1.  Earned Value Management Fundamentals
2.  
• Earned Value Management principles
• Planned Value (PV)
• Earned Value (EV)
• Actual Cost (AC)
• Performance Measurement Baseline
• Integration of scope, schedule, and cost
• EVM terminology
• EVM best practices
3.  Cost and Schedule Performance Indicators
4.  
• Cost Variance
• Schedule Variance
• Cost Performance Index
• Schedule Performance Index
• Performance thresholds
• Trend analysis
• Management interpretation
• Corrective actions
5.  EVM Data and Microsoft Project
6.  
• Baseline data
• Actual progress
• Earned value settings
• Status dates
• EVM tables
• Performance measurement
• Data validation
• Reporting
7.  Forecasting Project Completion
8.  
• Estimate at Completion
• Estimate to Complete
• Variance at Completion
• To-Complete Performance Index
• Completion-date forecasting
• Forecast assumptions
• Forecast uncertainty
• Management judgment
9.  Schedule and Cost Trend Analysis
10.  
• Historical performance
• Trend identification
• Cumulative variance
• Current-period variance
• Performance deterioration
• Early-warning indicators
• Forecast changes
• Corrective management
11.  Project Performance Dashboards and Analytics
12.  
• Performance indicators
• Trend charts
• Variance dashboards
• Resource analytics
• Cost analytics
• Schedule analytics
• Executive metrics
• Data-driven decision-making
13.  Integrating Risk and Uncertainty into Project Forecasts
14.  
• Schedule risks
• Cost risks
• Resource risks
• Risk-response impacts
• Scenario analysis
• Contingency
• Forecast ranges
• Risk-informed decisions
15.  Performance Thresholds and Management Intervention
16.  
• Variance thresholds
• Escalation criteria
• Early-warning systems
• Corrective-action triggers
• Management reserves
• Recovery planning
• Governance
• Performance accountability
17.  Practical Exercise: Analyzing Project Performance and Forecasting Completion
18.  
• Review baseline
• Analyze actual performance
• Calculate performance indicators
• Identify trends
• Develop forecasts
• Evaluate risks
• Create performance dashboard
• Recommend corrective actions
19. Case Study: Forecasting a Project With Cost and Schedule Deterioration

• Analyze project data
• Identify performance trends
• Calculate key indicators
• Assess forecast completion
• Evaluate cost exposure
• Analyze schedule risk
• Develop recovery scenarios
• Present an integrated forecast

Day 9: Risk, Change, Governance, and Enterprise-Level Microsoft Project Management

Module 1: Advanced Project Controls, Risk Integration, Change Management, and Governance

Topics

1.  Integrating Project Risk with Microsoft Project Scheduling
2.  
• Risk identification
• Schedule risk
• Risk-linked activities
• Risk response actions
• Contingency activities
• Schedule buffers
• Risk monitoring
• Risk-informed scheduling
3.  Managing Issues, Assumptions, and Dependencies
4.  
• Project issues
• Assumptions
• Constraints
• External dependencies
• Internal dependencies
• Dependency owners
• Issue escalation
• Management response
5.  Change Management and Schedule Control
6.  
• Change identification
• Change requests
• Impact analysis
• Schedule impacts
• Cost impacts
• Resource impacts
• Approval processes
• Baseline updates
7.  Schedule Governance and Quality Assurance
8.  
• Scheduling standards
• Schedule review procedures
• Schedule quality checks
• Naming conventions
• Coding structures
• Version control
• Auditability
• Governance responsibilities
9.  Managing Large and Complex Project Schedules
10.  
• Large WBS structures
• Multi-phase projects
• Programme schedules
• Multiple teams
• Complex dependencies
• Shared resources
• Performance monitoring
• Schedule scalability
11.  Microsoft Project for Predictive, Agile, and Hybrid Environments
12.  
• Predictive project scheduling
• Agile planning concepts
• Iterative delivery
• Sprint and release planning
• Hybrid scheduling
• Milestone-based planning
• Backlog and schedule relationships
• Adaptation of Microsoft Project
13.  Project Governance, Controls, and Audit Readiness
14.  
• Project governance
• Schedule ownership
• Data integrity
• Baseline control
• Change records
• Performance evidence
• Audit trails
• Management accountability
15.  Organizational Scheduling Standards and Templates
16.  
• Project scheduling templates
• Standard calendars
• Standard WBS structures
• Resource libraries
• Reporting templates
• Naming conventions
• Schedule quality checklists
• Organizational lessons learned
17.  Practical Workshop: Developing a Project Scheduling Governance Framework
18.  
• Define scheduling standards
• Establish schedule ownership
• Develop WBS standards
• Establish calendar standards
• Define baseline procedures
• Establish reporting cycles
• Develop quality controls
• Create governance framework
19. Case Study: Managing a Complex Programme With Multiple Projects

• Analyze programme structure
• Develop integrated schedules
• Identify cross-project dependencies
• Manage shared resources
• Establish governance
• Develop reporting standards
• Analyze programme-level risks
• Present an enterprise scheduling strategy

Day 10: Masterclass Capstone, Integrated Application, and Management Strategy

Module 1: Advanced Microsoft Project Mastery and Integrated Project Management Application

Topics

1.  Advanced Microsoft Project Masterclass Review
2.  
• Project setup
• WBS development
• Task scheduling
• Dependencies
• Critical path
• Resource management
• Cost management
• Baseline and performance control
3.  Building a Complete Professional Project Schedule
4.  
• Define project objectives
• Develop WBS
• Create activities
• Establish dependencies
• Assign resources
• Develop cost information
• Establish milestones
• Validate schedule quality
5.  Integrated Schedule, Resource, and Cost Optimization
6.  
• Analyze resource demand
• Identify bottlenecks
• Analyze project costs
• Review critical path
• Evaluate schedule alternatives
• Optimize resource assignments
• Assess cost and schedule trade-offs
• Select preferred project strategy
7.  Advanced Project Scenario and What-If Analysis
8.  
• Baseline scenario
• Accelerated scenario
• Resource-constrained scenario
• Budget-constrained scenario
• Delay scenario
• Recovery scenario
• Compare outcomes
• Management recommendation
9.  Integrated Project Performance and Forecasting
10.  
• Update actual progress
• Analyze baseline variance
• Review critical path
• Analyze resource performance
• Review cost performance
• Apply EVM principles
• Develop completion forecasts
• Identify corrective actions
11.  Executive Project Reporting and Decision Support
12.  
• Executive dashboard
• Project timeline
• Critical issues
• Key milestones
• Resource status
• Cost status
• Schedule status
• Management recommendations
13.  Practical Capstone Exercise: Managing a Complete Project in Microsoft Project
14.  
• Establish project structure
• Build professional schedule
• Configure resources
• Assign costs
• Establish baseline
• Update project progress
• Analyze performance
• Develop recovery actions
• Produce management reports
• Present project-control strategy
15.  Integrated Case Study: Turning Around a Complex Project
16.  
• Analyze project objectives
• Review current project schedule
• Identify critical problems
• Diagnose resource constraints
• Analyze cost and schedule variance
• Evaluate project risks
• Develop recovery scenarios
• Select corrective strategy
• Update the Microsoft Project schedule
• Present recommendations to senior management
17.  Final Assessment: Microsoft Project Management Competency
18.  
• Project scheduling assessment
• WBS development assessment
• Dependency and critical-path analysis
• Resource-management assessment
• Cost-management assessment
• Baseline and progress-control assessment
• Performance-analysis assessment
• Reporting and dashboard assessment
• Scenario-based management decisions
• Integrated Microsoft Project practical assessment
19. Course Review, Personal Action Plan, and Workplace Implementation Strategy

• Review key Microsoft Project capabilities
• Identify personal competency gaps
• Develop workplace implementation priorities
• Establish project scheduling standards
• Define reporting and governance practices
• Develop schedule-quality procedures
• Establish continuous-improvement practices
• Define stakeholder communication strategies
• Develop a 30-60-90 day implementation plan
• Personal action plan and workplace Microsoft Project implementation strategy