Classification Matrix
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About This MicroSim
This interactive MicroSim presents a 2x2 classification matrix that helps learners practice categorizing items based on two criteria: Complexity (vertical axis) and Impact (horizontal axis). This is a common framework used in project prioritization, decision-making, and strategic planning.
The Four Quadrants
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Quick Wins (Low Complexity, High Impact) - Tasks that are easy to implement and deliver significant value. Prioritize these first.
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Strategic Projects (High Complexity, High Impact) - Major initiatives requiring significant effort but delivering substantial value. Plan these carefully.
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Fill-ins (Low Complexity, Low Impact) - Simple tasks with minimal impact. Do these when time permits.
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Time Sinks (High Complexity, Low Impact) - Complex tasks with little return. Avoid or deprioritize these.
How to Use
- Drag items from the right panel
- Drop them into the appropriate quadrant based on their complexity and impact
- View the item count for each quadrant
- Reset to start over and try different classifications
Learning Objectives
By using this MicroSim, learners will be able to:
- Apply a 2x2 classification framework to categorize items
- Analyze tasks based on multiple criteria simultaneously
- Make prioritization decisions using a structured approach
- Recognize patterns in how items cluster within quadrants
Customization
This MicroSim can be adapted for various classification scenarios:
- Eisenhower Matrix: Urgent/Not Urgent vs Important/Not Important
- Risk Assessment: Probability vs Impact
- Learning Content: Difficulty vs Relevance
- Feature Prioritization: Effort vs Value
Embedding This MicroSim
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Lesson Plan
Suggested Activities
- Exploration (5 min): Drag all items into quadrants based on your initial assessment
- Discussion (10 min): Compare classifications with peers and discuss differences
- Analysis (10 min): Identify which quadrant has the most items and discuss implications
- Application (15 min): Create your own list of items and classify them
Assessment
- Justify why each item belongs in its assigned quadrant
- Propose an action plan based on the quadrant distribution
- Create a new classification matrix for a different domain