Project Monitoring, Reporting and Control Training Course

Participants can create controlled baselines against which project performance is measured.

• Work breakdown structure decomposed into measurable control accounts and work packages
• Scope baseline combining approved requirements, WBS dictionary and acceptance criteria
• Schedule baseline approved after logic checks, resource review and milestone agreement
• Cost baseline separating planned expenditure, management reserve and contingency
• Baseline freeze procedures, version control and authorised distribution requirements
• Traceability matrix linking deliverables, requirements, owners and verification evidence

Participants can design a monitoring plan with clear measures, sources and responsibilities.

• Monitoring plan specifying measures, data sources, frequency, owners and recipients
• RACI matrix assigning collection, validation, approval and escalation responsibilities
• Progress measurement rules matched to deliverable type and work package
• Reporting calendar aligned with governance meetings, payment milestones and decisions
• Data collection protocols for suppliers, workstream leads and external partners
• Assurance checks distinguishing reported activity from verified completion evidence

Participants can assess whether a project schedule is suitable for ongoing control.

• Network logic tested through predecessor relationships, constraints and dependency types
• Critical Path Method identifies activities driving the planned completion date
• Milestone schedule distinguishes contractual commitments, decision gates and deliverables
• Schedule quality checks identify excessive lags, open ends and hard constraints
• Rolling-wave planning controls near-term work while preserving approved milestones
• Calendar assumptions, resource availability and lead times tested against dates

Participants can select and apply credible methods for measuring completed work.

• Weighted milestones assign objective completion values to significant deliverable steps
• 0/100 and 50/50 rules applied to short-duration work packages
• Units-complete measurement used for repetitive construction, installation and service work
• Percent-complete rules distinguish physical progress from elapsed time estimates
• Acceptance evidence confirms completion against scope, quality and handover criteria
• Progress claim validation challenges unsupported supplier and contractor status updates

Participants can calculate and interpret core Earned Value Management measures.

• Planned Value, Earned Value and Actual Cost defined for control accounts
• Budget at Completion reconciled with authorised scope and approved cost baseline
• Schedule Variance and Cost Variance calculated from current reporting data
• Schedule Performance Index and Cost Performance Index interpreted with caution
• Performance measurement baseline connects schedule activities, budgets and progress rules
• Earned value limitations recognised for poorly scoped or weakly measured work

Participants can prepare evidence-based forecasts for project cost and finish dates.

• Estimate at Completion calculated using CPI-based and management forecast methods
• Estimate to Complete reviewed against remaining scope, risks and procurement commitments
• Variance at Completion explains likely budget position against approved baseline
• Time-phased cash forecast incorporates actuals, commitments and revised delivery dates
• Forecast assumptions documented with confidence ranges and accountable owners
• Management reserve drawdown controlled through governance approval and audit trail

Participants can diagnose schedule variance and prepare realistic completion forecasts.

• Critical path updates reveal activities affecting forecast project completion dates
• Near-critical paths monitored to prevent emerging delays becoming critical
• Milestone trend analysis shows directional movement across reporting periods
• Schedule compression options compare crashing, fast tracking and residual risk
• Float consumption analysed before commitments are missed or contingency disappears
• Recovery schedules test revised logic, resources, dependencies and approval dates

Participants can operate integrated controls for threats, problems and dependencies.

• Risk register records probability, impact, owner, response and review date
• Issue log separates current problems from uncertain future risk events
• Dependency map identifies required inputs, receiving parties and due dates
• Risk exposure prioritised using probability-impact scoring and qualitative judgement
• Escalation criteria trigger timely sponsor intervention on material threats
• Action log tracks commitments, accountable owners, deadlines and closure evidence

Participants can evaluate and control changes without losing baseline integrity.

• Change request captures rationale, scope impact, options and recommendation
• Impact assessment tests schedule, cost, risk, resources and benefits implications
• Change authority matrix defines approval limits for sponsors and managers
• Configuration control maintains current versions of approved project deliverables
• Baseline updates occur only after authorised decisions and documented rationale
• Change log distinguishes submitted, assessed, approved, rejected and implemented requests

Participants can prepare concise reports that support timely project decisions.

• RAG status criteria linked to tolerances, evidence and required actions
• Executive dashboard presents milestone health, forecast, risks and decisions required
• Narrative variance analysis explains cause, impact, response and residual exposure
• Exception reports focus governance attention on material deviations and choices
• Audience-specific reporting distinguishes sponsor, steering committee and team information needs
• Report quality review checks consistency between dashboard, logs and forecasts

Participants can communicate project performance and escalation needs with clarity.

• Stakeholder analysis identifies information needs, influence, authority and reporting preferences
• Escalation messages state issue, impact, options, recommendation and decision deadline
• Decision log records approvals, assumptions, conditions and follow-up actions
• Difficult status conversations use evidence, inquiry and agreed accountability
• Supplier performance meetings review commitments, evidence, variances and corrective actions
• Communication cadence balances transparency, reporting effort and decision timing

Participants can develop controlled responses to emerging project performance problems.

• Root cause analysis uses Five Whys and fishbone categories
• Corrective action plan assigns actions, owners, dates, dependencies and measures
• Preventive actions address recurring control failures before variance reappears
• Recovery options compare cost, schedule, quality, risk and stakeholder effects
• Decision trees structure choices under uncertainty and constrained resources
• Benefits impacts assessed when scope, timing or operating assumptions change

Participants can prepare project control evidence for assurance reviews and audits.

• Assurance reviews test compliance with governance, baselines and reporting requirements
• Audit trail connects decisions, changes, approvals, evidence and version history
• Control self-assessment identifies gaps before formal assurance or donor review
• Sampling methods test reported progress against source records and deliverables
• Lessons learned capture control failures, causes, actions and reusable improvements
• Document retention schedule protects records needed for contractual and regulatory review

Participants can specify effective use of digital tools for project control information.

• Microsoft Project updates schedules through status dates, actuals and remaining duration
• Spreadsheet control models reconcile baseline, actual, forecast and variance data
• Dashboard data model defines source fields, calculations, refreshes and ownership
• Data validation rules prevent duplicate, incomplete and inconsistent status entries
• Access controls protect sensitive cost, contract and personnel information
• Automation boundaries retain accountable human review of performance exceptions

Participants can build, review and present a complete project monitoring and control pack for a live or case project.

• Project baseline summary integrates scope, milestones, budget and control tolerances
• Monitoring plan assigns measures, sources, owners, frequency and validation checks
• Performance report presents earned value, schedule trends, risks and forecast
• Change request assessment documents impact, authority decision and baseline treatment
• Recovery plan addresses identified variance through accountable corrective actions
• Steering committee presentation requests decisions supported by evidence and options