Advanced Project Planning and Execution Training Course

Course overview

This course is written for people who already run projects and want to run harder ones. It assumes you can build a schedule and a budget, and concentrates on the level above: choosing a planning model for multi-stream work, quantifying schedule risk before committing dates, holding a baseline together under change pressure, and reading performance data early enough to act. The methods covered include Critical Path Method (CPM) and PERT analysis, critical chain scheduling with buffers, rolling-wave planning, earned value management, and Monte Carlo simulation of schedule outcomes.

Execution receives equal weight across the twelve units, which close with a capstone case study built on a single complex project. Participants who want to strengthen the judgment side of these decisions may also find Critical Thinking for Project Success a useful companion.

Where complex projects come apart

Large projects rarely fail at the kickoff. They fail eighteen months in, when the schedule built at sanction no longer describes reality, when scope creep has been absorbed informally instead of routed through a change control board, and when reporting shows green until the month it shows red. Studies of major projects keep finding the same causes: single-point estimates treated as commitments, optimism bias, and resource plans that assume specialists are never shared.

The remedy is not more detail. It is planning at the right resolution, with quantified uncertainty, explicit buffers, and controls that surface variance while there is still time to recover. That is the ground this course covers.

Course objectives

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

• Select a planning model suited to the project's uncertainty profile
• Quantify schedule risk and commit to confidence-based delivery dates
• Draft change controls that curb creep without freezing valid work
• Build cost baselines that hold across the asset's life
• Defend a leveled resource plan to sponsors and delivery partners
• Track CPI and SPI trends and trigger recovery before schedules slip
• Reconcile agile delivery streams with milestone-based governance
• Scale governance and compliance oversight to project size
• Translate planning methods into a personal adoption plan

Course outline

Unit 1: Introduction to advanced project planning

• Deterministic versus probabilistic planning models
• Rolling-wave planning and progressive elaboration
• Baselines, basis of estimate, and assumptions logs
• A structured readiness review of a documented case

Unit 2: Scope management and change control

• A work breakdown structure with control accounts
• Scope creep signals: requirements drift, gold plating
• Change control board thresholds and impact analysis
• Re-baselining after change, preserving the audit trail

Unit 3: Advanced scheduling and resource planning

• CPM analysis: total float, crashing, and fast-tracking
• PERT three-point estimating and beta-distribution limits
• Goldratt's critical chain with project and feeding buffers
• Resource leveling and smoothing across shared streams

Unit 4: Risk management in project planning

• Risk identification and probability-impact scoring
• Monte Carlo simulation, reading P50 and P80 dates
• Risk response: contingency reserve and secondary risk
• Linking the risk register to the schedule

Unit 5: Financial and cost management in projects

• Cost estimation classes: order-of-magnitude to definitive
• Total cost of ownership through decommissioning
• Separating contingency reserve from management reserve
• Estimate-at-completion under different assumptions

Unit 6: Digital tools for planning and execution

• Scheduling platform data models and what-if analysis
• AI-assisted analytics in monitoring: strengths and limits
• Collaboration stacks for distributed teams
• Data hygiene and stale status inputs in dashboards

Unit 7: Stakeholder engagement in project execution

• Power-interest mapping: sponsors, regulators, and partners
• Communication plans built around decision cadence
• Managing expectation drift against the baseline
• Documented cases of stakeholder-driven scope pressure

Unit 8: Governance and compliance in projects

• Stage gates and delegated authority limits
• Compliance oversight through records and audit readiness
• Ethical exposure on projects, including optimism bias
• Governance models that speed decisions

Unit 9: Agile and hybrid project delivery

• Where agile streams fit in a predictive master schedule
• Hybrid models: builds under milestone-based governance
• Mapping backlog progress to earned value reporting
• Documented hybrid delivery cases from regulated settings

Unit 10: Monitoring and evaluating project performance

• Earned value management: CPI, SPI, and variance thresholds
• KPI dashboards: leading versus lagging indicators
• Recovery planning: de-scoping and buffer recovery
• Capturing lessons during execution instead of at closeout

Unit 11: Global best practices in project planning and execution

• Megaproject research: reference-class forecasting
• Comparing planning conventions across PMI and ISO 21502
• Adapting imported practices to organizational maturity
• Documented recoveries of troubled international projects

Unit 12: Capstone case study

• Building the plan: WBS, CPM schedule, cost, and reserves
• A risk and execution roadmap with buffers and thresholds
• Defending the plan's assumptions before a review panel
• An adoption plan for carrying methods into portfolios

How the course is delivered

Sessions run as facilitated discussion built around worked examples and documented case studies. A facilitator walks the group through real planning artifacts, risk models, and earned value data, and participants argue the decisions those artifacts forced. Nothing is delivered as passive lecture, and nothing is staged in a live software environment.

Who should attend

It suits practitioners with several years of delivery experience now facing larger, riskier, or more political projects.

• Senior project managers moving into complex or multi-stream delivery
• Program managers coordinating interdependent projects
• PMO leads responsible for planning standards and performance reporting
• Engineers and technical leads who own schedules and estimates
• Consultants advising clients on project planning and recovery

About EuroQuest International Training

EuroQuest International Training runs professional courses from Bratislava, Slovakia, where it was established in 2015. More than 1,000 titles now sit in its catalog, with over 15,000 attendees taught so far, and sessions convene in Vienna, Geneva, Paris, London, Barcelona, Istanbul, and Dubai.

Frequently asked questions

How does this course differ from a fundamentals course?

It starts where a fundamentals course stops. EuroQuest's Fundamentals of Project Management covers the entry level; this course assumes that working knowledge and spends its time on complex, multi-stream projects: probabilistic scheduling, quantified risk, earned value control, and recovery when plans slip.

Does completing the course award PMP or PRINCE2 certification?

No. Completion earns a EuroQuest certificate, nothing more. PMI and Axelos frameworks appear strictly as subject matter; EuroQuest is not affiliated with either body and cannot award, renew, or substitute for their credentials.

Are software tools taught during the course?

Planning platforms and analytics tools are discussed vendor-neutrally through documented examples, so you can judge capability and data requirements before selecting one. The course does not include a live tool environment, and no single vendor's product is promoted.

Related courses

These EuroQuest courses extend specific threads from this one.

• Fundamentals of Project Management, the entry-level sibling for those still building core skills
• Advanced Scheduling and Resource Allocation, which deepens the CPM, critical chain, and leveling material
• Managing Project Dependencies and Interrelations, for cross-project and cross-stream coordination
• Hybrid Project Management Approaches, which expands the delivery models introduced in unit 9

Register for this course

Ready to plan your next complex project with more rigor? Reserve a seat through the site's registration form, or write to info@euroqst.com to confirm session details.