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| Section | Objectives |
|---|---|
| Facilitation and Coaching | - Facilitation - Teaching - Coaching |
| The Scrum Framework | - Scrum Roles - Scrum Events - Scrum Artifacts |
| Product Backlog Management | - Stakeholder Management - Backlog Refinement |
| Scrum Theory and Empiricism | - Complex adaptive systems - Empirical process control - Scrum Values |
| Done and Undone Work | - Definition of Done |
| Scrum in the Organization | - Organizational Design and Culture - Scaling Scrum |
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NEW QUESTION # 12
A Scrum Team has been working on a product for nine Sprints. A new Product Owner comes in, understanding he is accountable for the Product Backlog. However, he is unsure about his responsibilities.
Which two activities are part of the Product Owner role according to Scrum?
Answer:
Explanation:
According to Scrum, theProduct Owneris accountable formaximizing the value of the productand for effectiveProduct Backlog management. Two key activities that are explicitly part of this role are:
1. Ordering the Product Backlog to Maximize Value
The Product Owner is responsible forordering the Product Backlogso that the most valuable work is done first. This ordering reflects:
* Business and customer value,
* Risk and uncertainty,
* Strategic goals and learning from previous Sprints.
Through this activity, the Product Owner ensures that the Scrum Team is always working on what matters most.
2. Ensuring Product Backlog Items Are Transparent, Clear, and Understood The Product Owner ensures that Product Backlog Items are:
* Clearly expressed,
* Transparent to the Scrum Team and stakeholders,
* Understood well enough for Developers to select them during Sprint Planning.
This does not mean writing detailed requirements alone, butcollaboratingso that shared understanding exists.
NEW QUESTION # 13
Mid-sprint a development team forecasts it will not be able to deliver all the planned backlog items. They are worried andask for your advice as Scrum Master. What will you tell them?
Answer:
Explanation:
When a Development Team realizes mid-Sprint that it may not be able to deliver all planned Sprint Backlog Items, this situation should be handled throughempiricism, not concern or blame. As a Scrum Master, I would reassure the team and guide them back to Scrum principles.
First, I would remind the team that in Scrum they donot commit to delivering all Sprint Backlog Items.
Instead, the Scrum Team commits todoing their very best to achieve the Sprint Goal. Discovering additional work, complexity, or unknowns during the Sprint is expected, especially in complex product development. The Sprint Backlog is a forecast, not a fixed contract.
Second, I would help the team assess theimpact of what they have discovered. If the newly discovered work is minor and theSprint Goal is still within reach, the team can continue as planned while adapting the Sprint Backlog as needed. This reflects normal inspection and adaptation during the Sprint.
Third, if the impact is significant and threatens the Sprint Goal, the Development Team should have a focused discussion aboutif and how the Sprint Goal can still be met. This may involve changing the approach, reducing scope while preserving the Sprint Goal, or identifying alternative ways to deliver the intended value.
In such cases, theProduct Owner should be involvedin the conversation. Including the Product Owner increases transparency and enables faster value-based decision-making, such as re-negotiating scope or adjusting priorities while keeping the Sprint Goal intact. This collaboration ensures that adaptations are aligned with product value.
NEW QUESTION # 14
How the organization discusses and plans the work of creating software will be reflected in the implementation of that software.
Technical systems can be decomposed to composite elements, from the large to the small. Basic components may be represented as activities, workflows, functions, features, capabilities, and other similar nomenclature.
How does this system decomposition affect Scrum Teams on scaled projects?
Answer:
Explanation:
How an organization discusses, plans, and decomposes work is inevitably reflected in the software it produces. When technical systems are decomposed into elements such as activities, workflows, functions, features, or components, these decomposition choices have adirect and systemic impact on Scrum Teams, especially inscaled Scrum environments.
1. Decomposition Influences Team Structure (Conway's Law)
In scaled projects, system decomposition often drives how teams are formed. When work is decomposed along technical components or functions, organizations tend to createspecialist or component teams(e.g., front- end teams, back-end teams). This results in:
* Increaseddependencies between teams,
* More handoffs and coordination,
* Reduced autonomy of individual teams.
Scrum, however, expects teams to becross-functionaland capable of delivering usable Increments independently. Component-based decomposition therefore hinders effective Scrum adoption at scale.
2. Effect on Value Delivery and Transparency
Scrum relies on frequent inspection ofintegrated, working product Increments. When decomposition focuses on small technical parts rather thanend-to-end features or capabilities, teams may deliver partial outputs instead of usable value.
This negatively affects:
* Transparency, as progress is reported through intermediate artifacts rather than working software,
* Inspection, since stakeholders cannot meaningfully evaluate value,
* Adaptation, because feedback is delayed until integration occurs.
In scaled Scrum, this often results in "almost done" work that is not truly Done.
3. Feature-Oriented Decomposition Supports Scrum
Scrum scales more effectively when system decomposition emphasizesvertical slices of value, such as features or capabilities, rather than horizontal technical layers. Feature-oriented decomposition enables:
* Cross-functional teams,
* Reduced dependencies,
* Faster feedback cycles,
* Independent delivery of value by each team.
This approach aligns with Scrum's expectation that every Sprint produces ausable Increment.
4. Impact on Integration and Risk
Decomposition decisions strongly affectintegration frequency. Poor decomposition increases integration complexity and encourages late integration, which raises risk and reduces learning.
In Scrum-especially at scale-integration must happen early and often. Unintegrated work is not considered Done, and delayed integration undermines empiricism by hiding real system behavior until late in development.
5. Learning and System Optimization
When Scrum Teams work on complete features rather than isolated components, they gain broader insight into:
* Customer needs,
* System-wide trade-offs,
* End-to-end product behavior.
This shared understanding improves decision-making and supportscontinuous improvement at the system level, rather than local optimization within silos.
NEW QUESTION # 15
Technical systems can be decomposed to composite elements, from the large to the small. Basic components may be represented as activities, workflows, functions, features, capabilities, and other similar nomenclature.
How does this system decomposition affect Scrum Teams on scaled projects?
Answer:
Explanation:
Technical systems are often decomposed into smaller elements such as activities, workflows, functions, features, or components to manage complexity. While decomposition is necessary for understanding and building large systems, it has significant implications forScrum Teams, especially inscaled environments.
1. Risk of Component-Centric Team Structures
When system decomposition drives team structure, organizations often createcomponent or specialist teams aligned to technical layers or functions. In scaled Scrum, this increases:
* Dependencies between teams,
* Coordination overhead,
* Integration risk.
Such structures make it difficult for teams to deliverend-to-end, integrated Incrementseach Sprint, weakening empiricism and delaying feedback.
2. Impact on Value Delivery and Inspection
Scrum relies on frequent inspection ofworking product Increments. If work is decomposed into narrowly defined technical components, individual teams may only deliver partial outputs rather than usable value. This reduces transparency and makes meaningful inspection at the product level harder, especially when multiple teams are involved.
3. Preference for Feature-Oriented Decomposition
Scrum favors decomposing work intovertical, value-oriented slices(features or capabilities) rather than horizontal technical layers. This allows each Scrum Team to be:
* Cross-functional,
* Capable of delivering usable Increments independently,
* Less dependent on other teams.
In scaled projects, feature-oriented decomposition reduces dependencies and improves flow.
4. Effects on Integration and Empiricism
Poor decomposition increases the cost of integration and often leads to late or infrequent integration. Scrum requires that integration happensearly and often, as unintegrated work is not "Done." In scaled Scrum, decomposition choices directly influence whether integration is continuous or deferred, with major implications for risk control.
5. Organizational and Learning Implications
System decomposition also affects learning and adaptability. When teams own complete features rather than isolated components, they gain a better understanding of:
* Customer needs,
* System behavior,
* Trade-offs across the product.
This broader understanding improves decision-making and supports continuous improvement across the system.
NEW QUESTION # 16
A Development Team, arguing it is self-organising, indicates it no longer needs the Daily Scrum; they collaborate throughout the day and they feel it has become a needless ritual.
Answer:
Explanation:
A Development Team claiming self-organization as a reason to stop theDaily Scrumreflects a misunderstanding of bothself-managementand the purpose of Scrum events. As a Scrum Master, I would address this through teaching, coaching, and empiricism rather than enforcement.
Daily Scrum Is Mandatory in Scrum
First, it must be made clear that theDaily Scrum is a required Scrum event. The Scrum Guide defines it as a
15-minute event held every working day of the Sprint for the Developers. Choosing to eliminate it means the team isno longer practicing Scrum, regardless of how well they collaborate informally.
Self-Organization Does Not Mean Skipping Empiricism
Self-organizing (self-managing) teams decidehowto do the work, notwhetherto inspect and adapt. Scrum events exist to upholdempirical process control. The Daily Scrum specifically enables:
* Transparencyabout progress toward the Sprint Goal,
* Inspectionof the Sprint Backlog and current plan,
* Adaptationof work for the next 24 hours.
Informal collaboration throughout the day does not replace theshared, intentional inspection momentthat the Daily Scrum provides.
The Daily Scrum Is Not a Ritual or Status Meeting
If the Daily Scrum feels like a needless ritual, this is asignal that it is not being used correctly. It should not be a status report or a meeting for the Scrum Master or Product Owner. Instead, it is aplanning event for the Developers, focused on how to best achieve the Sprint Goal.
As a Scrum Master, I would coach the team toimprove the Daily Scrum, for example by:
* Centering the discussion on progress toward the Sprint Goal,
* Making impediments and risks explicit,
* Using different formats that suit the team's context.
Risks of Removing the Daily Scrum
Removing the Daily Scrum reducestransparencyand delays inspection and adaptation. Problems such as integration issues, misalignment, or threats to the Sprint Goal may surface too late, increasing risk and waste.
Over time, this undermines predictability and value delivery.
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