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How does an engineering manager's role change moving to agile autonomous teams?
Tests understanding of shifting from command-and-control to coaching and enabling teams. Strong answers cite three domains: team coaching, value investment, and environment shaping, plus servant leadership.
How does an EM's role change in an agile model?
This tests your grasp of servant leadership. A great answer outlines the shift from directing work to building team capability through coaching, removing systemic impediments, and managing the team's environment.
How does an EM's role change in an agile model?
This tests your grasp of servant leadership. A great answer explains the shift from directing work to enabling teams by building capabilities, removing impediments, and managing boundaries.
Which Scrum event best diagnoses systemic failure to deliver a usable Increment?
Tests whether you distinguish process inspection from product inspection. Answer: Sprint Retrospective, because it plans quality and effectiveness improvements and adapts the Definition of Done. Red flag: naming Sprint Review or calling it a blame session.
Which Scrum event fixes consistently failed Sprints?
Tests your grasp of Scrum's empirical process control. A great answer identifies the Sprint Retrospective as the event for inspecting the *process*, not just the product. It contrasts this with the Sprint Review.
Which Scrum event is most critical for a failing team?
This tests your grasp of Scrum's empirical process. A great answer champions the Sprint Retrospective for team self-inspection and process adaptation. A red flag is blaming a role or picking an event without justifying it based on Scrum principles.
How do blockers and impediments differ, and when do you escalate?
It tests whether you separate immediate task stops from chronic drag. Blockers are red-light stops for swarming; impediments are velocity drains surfaced in retrospectives and escalated with data.
Blocker vs. Impediment: How do you escalate an impediment?
This tests your proactivity in removing systemic friction. Define a blocker (full stop) vs. an impediment (drag). Explain how you surface impediments in retros, track them in a backlog, and escalate systemic issues to leadership.
Blocker vs. Impediment: Definitions and Escalation
Tests your grasp of Scrum terms and escalation. A blocker stops work; an impediment slows it. A good answer defines both, then outlines an escalation path for impediments: visualize, quantify impact, and engage leadership.
How do you handle NFRs in the backlog and make them visible?
Write NFRs as measurable backlog items with acceptance criteria; embed in Definition of Done; decompose into tasks; automate validation.
How do you handle non-functional requirements in a product backlog?
This tests if you can make abstract quality goals concrete. A good answer covers making NFRs explicit backlog items, adding them to the Definition of Done, and creating technical stories. A red flag is treating NFRs as assumed work that doesn't need tracking.
How do you handle non-functional requirements in a product backlog?
This tests your ability to integrate quality attributes (NFRs) into the agile workflow. Make them visible in the backlog, add them to the Definition of Done, and break them into testable sprint tasks. Red flag: treating NFRs as separate, non-sprint work.
Quantify the cost of not addressing technical debt to a Product Owner
Model debt as velocity tax; forecast delays; map time to revenue; scope a slice.
How do you quantify the cost of technical debt?
This tests translating engineering problems into business impact. Calculate the ongoing time cost per sprint, estimate the fix cost, and present a breakeven point to frame the refactor as an investment.
How do you quantify the cost of not addressing technical debt?
Tests your ability to translate technical issues into business impact. A good answer quantifies the slowdown, calculates the 'tax' on new features, and proposes a specific, time-boxed plan. A red flag is complaining about the PO without providing data.
Design a system architecture optimized for rapid product discovery and iteration
Tests architecting for uncertainty via evolutionary principles. Answer: modular granularity, continuous delivery, and automated fitness functions guarding security and data. Red flag: rigid upfront design ignoring orthogonal dimensions or cross-cutting harm.
Design an Architecture for Rapid Product Iteration
This tests your grasp of evolutionary architecture for uncertain markets. Outline how to support guided, incremental change across multiple dimensions (tech, data, security) using fitness functions to protect key characteristics.
How would you design an architecture for rapid product iteration?
Tests your grasp of evolutionary architecture for uncertain markets. A great answer outlines incremental change via modularity and CI/CD, fitness functions to guard qualities like security, and evolving across multiple dimensions (tech, data).
What structural impediments drive Zombie Scrum in agile transformations?
Spot project funding, component silos, absent real stakeholders, HR incentives that punish team autonomy, and a utilization culture killing improvement.
What systemic impediments cause 'Zombie Scrum' in an organization?
This tests your ability to diagnose organizational dysfunction beyond team-level issues. A great answer identifies systemic impediments like a lack of stakeholder involvement, low team autonomy, and a focus on output over value.