Trade-Off Prioritization Template: Free Download

Rank tasks by burden and delegability using a MaxDiff exercise plus qualitative probing.

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Stack of rounded bars in a gradient from white to pink, arranged vertically along a center line, on an orange-to-pink gradient background.

TL;DR

A trade-off prioritization study combines a structured MaxDiff exercise with qualitative probing to rank which tasks feel most burdensome and which feel hardest to hand over. This template covers a warm-up on daily rhythm, a forced-choice prioritization exercise across a full task list, and a debrief that surfaces the reasoning behind each choice. Use the plain-text template at the end to run this study AI-moderated for any prioritization problem with a defined task or feature list.

What trade-off prioritization research actually tells you

Ranking questions and importance scales tell you what people say matters. A MaxDiff exercise forces a real trade-off, which tells you what actually matters most when everything can't be prioritized at once.

The method repeatedly shows participants small sets of items and asks them to pick the most and least preferred options in each set. Because items appear in different combinations across multiple rounds, the resulting data reveals a genuine hierarchy, not just a list of things people rated highly out of politeness.

The qualitative debrief that follows is what turns a ranking into an insight. It surfaces why a task feels burdensome or too personal to delegate, distinguishing practical strain from deeper factors such as trust, identity, and guilt.

What this template covers

Four questions across one section, built around a single structured exercise. The logic flows in three stages:

  1. Warm up on daily rhythm and where pressure is felt most

  2. Run the MaxDiff exercise across the full task list

  3. Debrief on patterns, then close on a single design takeaway

Question three is the MaxDiff exercise itself. Participants see repeated sets of four tasks drawn from a pool of fifteen, choosing the one they would most want handed off and the one they would least want to give up in each set. The repetition across different combinations is what produces a genuine hierarchy, not just a single self-reported ranking.

The debrief that follows the exercise is deliberately concise. It probes the main patterns in what was chosen, listens for the distinction between practical burden and emotional attachment, and checks whether an important task was missing from the list.

How to set up this study for your category

A few stetup rules:

  • Build your task or item list before fielding. Fifteen items shown four at a time is a reasonable starting point; adjust based on how many things you actually need ranked

  • Keep the warm-up brief. Its only job is to surface context, not to collect data ahead of the exercise itself

  • Do not probe during the transition question. It exists purely to set up the exercise; probing here adds no value and slows the interview down

Where trade-off prioritization research goes wrong

Three failure modes to watch for:

  • Treating the ranking as the whole finding. A MaxDiff score tells you what ranks highest, not why. Always pair it with the qualitative debrief, or you lose the reasoning that makes the ranking actionable.

  • Building too short an item list. If the list is too narrow, the exercise won't reveal meaningful trade-offs. Include enough genuinely competing items that participants have to make real choices.

  • Skipping the missing-item check. Always ask whether something important was left out. A fixed item list can miss the task that actually matters most to a specific participant.

Running trade-off prioritization studies with Conveo

Conveo's AI moderator runs the MaxDiff exercise automatically, cycling through item combinations and capturing each choice before moving into the qualitative debrief.

  • The moderator applies concise, synthesizing probes after the exercise, listening for the distinction between practical burden and emotional or identity-based reluctance

  • Choice data from the MaxDiff exercise is captured alongside the qualitative reasoning, so the ranking and the why sit together in one place

  • Thematic analysis surfaces recurring reasoning patterns across participants without manual coding

Want to see how this template runs inside Conveo?

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Trade-Off Prioritization Template: Free Download

Download free template

Frequently asked questions.

Frequently asked questions.

A structured research method where participants repeatedly choose the most and least preferred item from small sets drawn from a larger list. The repetition across different combinations produces a reliable ranking of the full list.
The MaxDiff exercise tells you the ranking. Qualitative probing tells you why, surfacing whether a task is burdensome for practical reasons or feels too personal to delegate, which a ranking alone cannot show.
This template uses fifteen items shown four at a time. The right number depends on your use case, but the list should be long enough to force genuine trade-offs between competing priorities.
Yes. The MaxDiff structure works for any prioritization problem involving a defined list of tasks, features, or benefits, such as product feature prioritization or service design.
15 to 25 minutes is typical, depending on how many rounds are needed to cover the full item list with adequate repetition.
Sample size for MaxDiff exercises depends on the number of items and rounds, but 30 or more participants are generally recommended for a statistically stable ranking, more than the 8 to 12 typically recommended for pure qualitative studies.

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