Define the outcome
- Define task, environment, embodiment, and intervention policy
- Give the recommendation before the framework.
Physical Intelligence · Product manager · Robotics Metrics & Evaluation
Define the metric tree for a general-purpose robot policy.
Build a defensible answer, then pressure-test it in the same workspace where you can save the attempt.
See this question in OfferHack Browse the question first. Premium opens the complete worked answer and coaching when you need them.This is a constructed rehearsal, not an official company answer or a prediction of what an interviewer will ask. A company-specific practice prompt synthesized from published interview guidance, candidate reports, official product material, role descriptions, and company values; it is not a claim that this exact question will be asked.
Start with a position
Give the interviewer your decision before the framework.
For “Define the metric tree for a general-purpose robot policy.” at Physical Intelligence, I would define the intended outcome for a user completing a repeated task where probabilistic assistance can create measurable leverage, build a driver tree to successful task completion with appropriate review, segment before explaining the movement, and make the decision only after checking severe errors, latency, cost per outcome, and override rate.
Preview the reasoning
Three moves to make the answer concrete.
Build the metric tree
- Measure partial progress and failure severity
- Compare at least one credible alternative.
Segment before explaining
- Separate offline, lab, and field evidence
- Compare at least one credible alternative.
Measurement check
A metric is useful only when it changes the decision.
- North star
- successful task completion with appropriate reviewMeasures the repeated user or customer outcome, not mere feature activity.
- Diagnostic
- task-eval pass and correction rateExplains whether quality and the critical journey improved for the intended segment.
- Guardrail
- severe errors, latency, cost per outcome, and override rateMakes the principal downside observable: a benchmark or engagement win that masks task failure, overreliance, cost, or concentrated model harm.
Interviewer pressure test
Do not stop when the first answer sounds polished.
- Why prioritize a user completing a repeated task where probabilistic assistance can create measurable leverage, and who did you explicitly defer?
- How would your answer change with two weeks, three engineers, or a tenfold scale increase?
- What is the strongest rejected alternative and when would it win?
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