Place a circle or sphere in the middle of a free space. Let the team gather around it. Explain that the circle is the center of approval: If they agree to a statement they should move towards it, if they don't, they should move as far outwards as their degree of disagreement. Now read out statements, e.g.
I feel I can talk openly in this retrospective
I am satisfied with the last iteration
I am happy with the quality of our code
I think our continuous integration process is mature
Watch the constellations unfold. Ask questions about people's observations, such as which constellations were surprising. This can also be a closing activity (#53).
Each person brainstorms individually for each of these 4 questions:
What I Loved
What I Learned
What I Lacked
What I Longed For
Collect the answers, either stickies on flip charts or in a digital tool if you're distributed. Form 4 subgroups, on for each L, read all notes, identify patterns and report their findings to the group. Use this as input for the next phase.
Group discussion with varying subsets of participants Source:
Place at least 4 and at most 6 chairs in a row so that they face the group. Explain the rules:
Take a bench seat when you want to contribute to the discussion
One seat must always be empty
When the last seat is taken, someone else must leave and return to the audience
Get everything going by sitting on the 'bench' and wondering aloud about something you learned in the previous phase until someone joins. End the activity when discussion dies down. This is a variant of 'Fish Bowl'. It's suited for groups of 10-25 people.
This activity is helpful when a team is facing an ambiguous, volatile, uncertain or complex set of problems and has many suggested action items to choose from.
Draw a Landscape Diagram, i.e. an x-axis labeled 'Certainty about approach' and a y-axis labeled 'Agreement on issue'. Both go from low certainty / agreement in their mutual origin to high towards the top / right. For each action item ask 'How much agreement do we have that solving this problem would have a great beneficial impact? How certain are we about the first steps toward a solution?' Place the note on the diagram accordingly. When all actions are placed, shortly discuss the 'map' you created. Which actions will give the greatest benefit in the next iteration? Which are more long term?
Choose 2 actions from the simple / ordered area of the map or 1 action from the complex area.