Managing Project Dependencies and Interrelations Training Course

Course overview

Most projects do not fail on a single task. They fail at the joints: the handoff a supplier missed, or the design decision two teams were both waiting on. This course treats those joints as its subject. Participants learn to classify dependencies using the PMBOK categories of mandatory, discretionary, external, and internal, to model them with the four logical relationship types, and to read a network diagram as a map of where trouble will travel.

From there the course moves into analysis and coordination. You will work with the design structure matrix (DSM) to expose clusters and circular waits, trace upstream and downstream impacts when a predecessor slips, and connect dependency status to risk registers, contingency triggers, and cross-team coordination rhythms. The aim is a project where every significant link has an owner, a status, and an agreed response.

Why linked work behaves differently

A task in isolation is easy to estimate and easy to recover. A task with six predecessors and four successors is neither. Small slips propagate, float evaporates, and the critical path can migrate to a chain nobody was watching. Shared platform teams, outsourced components, and regulatory sign-offs make this worse by adding external links no single project manager controls. Organizations that manage the network, not just the tasks, catch these effects while they are still cheap to fix.

There is also a human side. Contested dependencies breed friction between teams, and unmanaged friction escalates. Where disputes have already hardened, EuroQuest's Crisis and Conflict Management in Projects course picks up the thread; this course does the structural work that keeps most of them from forming.

Course objectives

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

• Classify dependencies by the PMBOK types and match an approach.
• Apply start-to-start and finish-to-finish links with leads and lags.
• Construct a dependency register and network from activity data.
• Detect activity clusters and sequencing loops across the network.
• Trace a slip through every affected successor activity.
• Assess which near-critical chains could take over the path.
• Prioritize dependency risks by their position in the network.
• Negotiate cross-team trade-offs and align dependency review cadences.
• Track link status and aging before a delay becomes urgent.
• Embed dependency reviews into routines that outlive one project.

Course outline

Unit 1: Understanding dependencies and their types

• The four link types, from finish-to-start to start-to-finish.
• Leads and lags that compress or stretch linked activities.
• The mandatory, discretionary, external, and internal classes.
• Documented failures traced to unmanaged dependency links.

Unit 2: Mapping and analyzing dependencies

• Building the register and precedence network from a WBS.
• The design structure matrix (DSM): clusters and loops.
• Upstream and downstream impact analysis on a slipped link.
• Visual conventions for dependency maps legible to sponsors.

Unit 3: Resource and schedule interrelations

• Critical path and float sensitivity to one changed link.
• Resource-driven dependencies from shared specialists.
• Using leads to overlap work without manufacturing rework.
• Balancing workload across shared downstream consumers.

Unit 4: Risk management in project dependencies

• Registers recording the link, exposure, and owning party.
• Prioritizing risks by near-critical link position.
• Contingency triggers keyed to status rather than dates.
• Keeping registers current as links change mid-project.

Unit 5: Stakeholder and cross-team coordination

• Coordination rhythms: reviews, checkpoints, and touchpoints.
• Trade-off negotiation for a shared predecessor.
• Interface agreements on handover, condition, and owner.
• Reporting interrelations upward without a network diagram.

Unit 6: Tools for dependency tracking

• Dependency dashboards: link status, aging, and at-risk items.
• Strengths and blind spots of mainstream scheduling tools.
• Integrating dependency data with workflows and reporting.
• Escalation thresholds and re-baselining from tracking data.

Unit 7: Embedding dependency management practices

• Adding dependency checks to gates and change control.
• Shared registers across a portfolio for visible links.
• Post-project reviews of surprises and what the map missed.
• A personal action plan for a live dependency network.

How the course is delivered

Each session moves between facilitated discussion and worked examples: the facilitator builds a network diagram or DSM step by step, then participants apply the same method to a documented case study drawn from real multi-team projects. Guided walkthroughs of dependency registers, dashboards, and impact assessments connect each technique to the artifacts participants will maintain back at work. Nothing is delivered as pure lecture, and nothing depends on a specific software product.

Who should attend

The course suits anyone whose work sits inside a web of links they do not fully control.

• Project managers running work with many internal and external touchpoints.
• Program managers and PMO staff coordinating dependencies across several projects.
• Planners and schedulers responsible for network logic and critical path integrity.
• Business analysts who define handoffs between functions and systems.
• Team leads whose deliverables feed, or wait on, other teams and suppliers.

About EuroQuest International Training

Courses at EuroQuest International Training are built in Bratislava, Slovakia, the provider's home since 2015, and delivered internationally. The catalog holds more than 1,000 courses; attendance to date is above 15,000 participants. Scheduled cities are Istanbul, Geneva, Dubai, Paris, London, Barcelona, and Vienna.

Frequently asked questions

How is this different from a scheduling course?

A scheduling course teaches you to sequence work and calculate dates. This course concentrates on the web of links that makes those schedules fragile: identifying every dependency, analyzing how a change in one propagates through the rest, and coordinating the teams and suppliers on each side of a link. Scheduling gives you the plan; dependency management keeps it from unraveling when a connected piece moves.

Will I receive a certificate, and is the course tied to PMI?

You receive a EuroQuest certificate of completion, issued by EuroQuest itself. No third-party credential is awarded, and EuroQuest has no affiliation with PMI or any other framework body. PMBOK concepts such as the dependency classification appear as subject matter because they are useful, not because of any formal relationship.

Does the course cover dependencies on external suppliers?

Yes, and in depth. External dependencies are one of the four PMBOK categories the course works with throughout: how to record supplier commitments in the dependency register, where contract touchpoints belong on the map, and how to set coordination rhythms and contingency triggers for links you influence but do not control.

Related courses

These EuroQuest courses extend the dependency perspective into neighboring disciplines.

• Advanced Scheduling and Resource Allocation, for deeper work on the resource constraints that create many of the links this course maps.
• Scheduling Techniques and Time Management, covering the sequencing and date-calculation methods that dependency logic feeds.
• Advanced Project Planning and Execution, which places dependency management inside the full planning and delivery cycle.
• Managing International and Multi-Cultural Projects, useful when your external links cross borders, time zones, and working cultures.

Register for this course

Seats are confirmed on request through the registration form at euroqst.com, or by writing to info@euroqst.com; tell us your preferred city and we will send the next available dates.