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Criterion
Four paper collections for projects, responsibilities, resources and archives.
Knowledge Modeling
PARA Method
Paper illustration for Feynman Technique.
Knowledge Modeling
Feynman Technique
Paper illustration of Power-Interest Grid with a method-specific labelled workspace.
Facilitation
Power Interest Grid
Paper illustration for 3-Circle Venn Diagram
Facilitation
3-Circle Venn Diagram
Purposedifferent
The PARA Method organizes knowledge into Projects, Areas, Resources, and Archives. It creates order when digital notes, files, and tasks no longer cleanly fit current work.The Feynman Technique checks understanding by explaining a topic so that it stays easy for others to understand. It makes knowledge gaps visible before they become costly in everyday work.When many stakeholders compete for attention at once, the Power Interest Grid sorts them by influence and stake. It turns individual contributions into a visible selection. The result is captured as a Power Interest Grid and a stakeholder-specific strategy.When three perspectives matter at the same time, a Three-Circle Venn Diagram shows the overlaps and remainders precisely. It makes visible where shared effect arises and where only a partial perspective applies.
Complexitydifferent
MediumLowLowLow
Timedifferent
1-3 h Setup, laufend20-60 min30-60 min15-45 min
Participantsdifferent
112-82-8
Formatdifferent
AsyncAsyncWorkshopWorkshop + async
Outputdifferent
PARA Structure, Project Notes, Knowledge ArchivePlain-language Explanation, Knowledge Gaps, Study NotesPower Interest Grid, Strategy per StakeholderVenn Diagram, Overlap Notes, Differentiators
Tagsno overlap
KnowledgeProductivityOrganization
LearningKnowledgeUnderstanding
StakeholdersFacilitationAlignmentPlanning
ComparisonFacilitationAlignment
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