Assessment types
Every skill is scored using an assessment type. Choose the one that matches how the skill is best observed. You can change a skill’s assessment type as your needs evolve.
The types
Section titled “The types”Binary
Section titled “Binary”A simple yes/no: did they demonstrate the skill or not. Best for clear, pass/fail behaviors.
Rating scale
Section titled “Rating scale”A graded score (e.g. 1–5 or 0–100). Best when proficiency is a matter of degree.
Composite
Section titled “Composite”A skill whose score rolls up from its child skills. Use it to group and structure related skills into a tree that is easier to understand, while still tracking the parent capability as a whole (see skill trees).
Advanced types
Section titled “Advanced types”Multi-trial
Section titled “Multi-trial”Several yes/no trials rolled into a single score (e.g. “8 of 10 correct”). Fits skills that are best judged across repeated attempts rather than a single observation. In a Toastmasters session, for example, you could track how many times a speaker uses a filler word like “um.” That gives the speaker concrete evidence and lets you see whether the count is trending down over time.
Binary with prompts
Section titled “Binary with prompts”A yes/no that also records whether the person needed support to succeed. Instead of a flat pass/fail, you capture how independently the skill was performed:
- +: did it correctly on their own.
- P+: did it correctly, but only after you prompted or reminded them.
- P-: could not do it even with a prompt.
This adds nuance to how effectively a skill is executed. When supervising someone running a Kanban or Scrum session, for instance, carrying out a step unaided is a +; needing a reminder before getting it right is a P+; and still not managing it after the reminder is a P-.
Choosing one
Section titled “Choosing one”Start simple: use binary unless the skill genuinely needs nuance, and rating scale when proficiency is a matter of degree. Use composite to track a skill tree as a whole, and reach for an advanced type only when its particular scenario applies. You decide whether it’s worth the extra structure.