Portfolio Thinking
Learning objective: Under limited resources, think in terms of a portfolio rather than a single case, weighing dependency, capacity, and learning value.
With several candidate Use Cases in hand, you cannot evaluate them one at a time and just pick whichever scores "highest". Portfolio thinking considers them together: are there dependencies between cases (e.g. one must finish before another can start), what is the team's current execution capacity, and what learning value comes from doing a smaller case first (e.g. validating an assumption that reduces risk for a later case).
| Field | Meaning |
|---|---|
| Dependency | Do cases depend on each other's sequence? |
| Capacity | How many cases can the team run at once right now? |
| Learning value | Which case, done first, reduces risk for the others? |
Three candidate Use Cases: A (leave-process automation), B (financial-report summarization), C (procurement quote-comparison assistance). B needs financial-data authorization confirmed first (dependency), the team has only one squad this quarter (capacity), and C is small and can quickly validate whether "AI-assisted comparison is trustworthy" (learning value). So C might go first, with A or B decided based on the result.
- Dependency, extended case: Use Case D (cross-system report integration) must wait for Use Case E (data-warehouse rollout) to finish, a clear sequencing relationship.
- Capacity, extended case: the team can only deeply support one pilot at a time; forcing three cases live simultaneously means each gets stretched thin and slips.
- Learning value, extended case: running one small classification case first to confirm "can AI classification's manual-correction rate stay under 10%" produces a lesson that applies to every larger case after it.
- When the three dimensions conflict (e.g. the case with the highest learning value happens to have the lowest capacity), honestly record the trade-off instead of forcing a single ranking.
Score each case, decide separately
- Every case gets its own score; the highest-scoring one goes first.
- No account is taken of how cases relate to each other.
- Too many cases easily launch at once, and none of them gets done well.
Portfolio thinking
- All candidate cases are examined together as a set.
- Dependencies are identified first, to set a reasonable order.
- How many run at once is set by team capacity, and the case with the highest learning value is prioritized to validate assumptions.
Info
Warning
You have five candidate Use Cases. Which approach best fits portfolio thinking?