Project Execution Training Course

Participants can prepare an execution strategy that connects delivery approach, controls and governance.

• Delivery strategy selects predictive, adaptive or hybrid execution arrangements
• Stage gates define evidence, approval authority and release conditions
• Assumptions log records planning judgments requiring validation during delivery
• Constraints analysis identifies fixed dates, funding limits, policies and resource boundaries
• Delivery calendar coordinates planning cycles, governance meetings and reporting deadlines
• Execution handbook defines control routines, records and working conventions

Participants can establish a controlled scope baseline with traceable work packages and acceptance criteria.

• Requirements traceability matrix connects needs, deliverables, acceptance criteria and owners
• Work breakdown structure decomposes deliverables into controllable work packages
• Scope baseline reconciles product boundaries, exclusions and acceptance authority
• Change requests classified by corrective action, defect repair or preventive action
• Configuration items identified with version control and approval records
• Requirements validation planned through inspections, demonstrations, tests and sign-offs

Participants can build a schedule baseline that exposes critical work, dependencies and delivery risks.

• Network diagrams establish finish-to-start, start-to-start and lag relationships
• Critical path method calculates float, critical activities and completion risk
• Three-point estimates distinguish optimistic, most likely and pessimistic durations
• Rolling-wave planning details near-term work while preserving planning horizons
• Schedule baseline includes milestones, calendars, constraints and accountable owners
• Look-ahead plans expose handoffs, prerequisites and resource conflicts

Participants can plan resources, clarify delivery roles and prepare teams for controlled mobilisation.

• Responsibility assignment matrix clarifies accountable, responsible, consulted and informed roles
• Resource histograms reveal peaks, shortages and feasible smoothing options
• Capacity plans reconcile named resources, availability assumptions and planned effort
• Team working agreements define decision rights, escalation paths and meeting cadence
• Procurement work packages specify supplier deliverables, interfaces and acceptance conditions
• Mobilisation checklist confirms people, access, equipment, data and facilities

Participants can establish cost baselines, manage reserves and forecast project expenditure.

• Cost estimates combine labour rates, materials, contingencies and indirect costs
• Cost baseline time-phases authorised budgets across control accounts and periods
• Management reserve distinguished from contingency reserves and approved scope
• Funding requirements align planned expenditure with release dates and limits
• Estimate at completion forecasts remaining cost using current performance data
• Cost-control thresholds trigger investigation, forecast revision and sponsor decisions

Participants can identify, prioritise, assign and monitor project risks and opportunities.

• Risk breakdown structure groups technical, commercial, operational and external threats
• Probability-impact matrix prioritises threats and opportunities using agreed scoring scales
• Risk responses assign avoid, mitigate, transfer, accept or exploit actions
• Risk owners maintain triggers, response budgets, due dates and residual ratings
• Contingency plans define actions when specified risk triggers occur
• Quantitative risk analysis uses sensitivity analysis and expected monetary value

Participants can manage stakeholder expectations through planned communication and documented decisions.

• Stakeholder register records interests, influence, expectations, concerns and engagement approaches
• Power-interest grid differentiates manage-closely, keep-satisfied, keep-informed and monitor groups
• Communications management plan specifies audience, message, channel, owner and frequency
• Decision log captures options, authority, rationale, due date and outcome
• Meeting design separates status reporting, problem-solving, decisions and escalations
• Conflict conversations use interests, facts, options and documented agreements

Participants can plan quality assurance, verify deliverables and manage nonconformances.

• Quality management plan links requirements, standards, assurance activities and controls
• Acceptance criteria converted into inspection points, test evidence and sign-off rules
• Control charts distinguish common-cause variation from assignable-cause variation
• Root-cause analysis applies five whys, fishbone diagrams and fault trees
• Nonconformance reports record defects, disposition, corrective actions and verification
• Quality audits test process adherence, records and corrective-action closure

Participants can assess, approve, record and implement controlled changes to project baselines.

• Integrated change control evaluates scope, schedule, cost, risk and benefit effects
• Change control board terms define authority, quorum, criteria and decision records
• Baseline change log preserves approved versions, rationale and implementation dates
• Impact assessments quantify downstream dependencies, resource demands and contractual implications
• Urgent changes receive time-boxed authority and retrospective governance review
• Benefits impacts assessed before approving material changes to intended outcomes

Participants can analyse project performance and prepare credible cost and schedule forecasts.

• Performance measurement baseline integrates scope, schedule and cost control accounts
• Earned value measures planned value, earned value and actual cost
• Schedule performance index and cost performance index guide forecast discussions
• Variance analysis distinguishes one-off events from recurring performance patterns
• Estimate to complete selects formula assumptions consistent with performance evidence
• Management reports pair metrics, narrative causes, actions, owners and dates

Participants can resolve delivery issues using clear ownership, escalation and corrective-action methods.

• Issue log separates current problems from uncertain future risks
• Problem statements define observable condition, impact, owner and required decision
• Escalation thresholds specify authority limits, response times and information required
• Decision trees compare options using consequences, probabilities and decision criteria
• Corrective-action tracker records commitments, due dates, evidence and closure approval
• Dependency board identifies supplying work, consuming work and handover conditions

Participants can coordinate suppliers and technical interfaces against contract and delivery commitments.

• Statement of work defines deliverables, service levels, milestones and acceptance
• Supplier scorecards track delivery, quality, responsiveness, cost and corrective actions
• Contract change notices align scope modifications with authorised commercial terms
• Interface control documents assign technical boundaries, data exchanges and approvals
• Claims avoidance records notices, evidence, correspondence and contractual decision dates
• Vendor progress reviews test evidence against milestones and acceptance criteria

Participants can apply adaptive delivery techniques within formal project governance arrangements.

• Tailoring assessment selects predictive, adaptive or hybrid delivery approaches
• Product backlog refinement prepares prioritised work, acceptance criteria and estimates
• Kanban boards visualise workflow, work-in-progress limits and blocked items
• Iteration planning aligns sprint goals with milestones, dependencies and governance
• Burndown charts reveal completed work, remaining effort and delivery trends
• Hybrid control integrates change governance with iterative product learning

Participants can prepare controlled handover, close project commitments and transfer benefits ownership.

• Readiness reviews verify deliverables, training, support, data migration and approvals
• Operational handover plan assigns asset ownership, support levels and documentation
• Benefits transition plan schedules post-project measurement, owners and review points
• Lessons learned capture conditions, decisions, results and reusable recommendations
• Closure checklist confirms contracts, financial commitments, records and access termination
• Post-implementation review compares realised outcomes against approved success measures

Participants can build, review and present a complete project execution plan supported by control evidence.

• Execution plan integrates scope, schedule, budget, risks, governance and communications
• Participants prepare a baseline pack for a realistic project case
• Control dashboard reports earned value, milestones, risks, issues and decisions
• Change scenario tested through impact assessment, authority and updated baselines
• Peer review challenges assumptions, traceability, forecasts, controls and stakeholder messages
• Executive presentation defends delivery choices, recovery actions and expected benefits