Task Decomposition

Learn to break down complex goals into manageable, executable subtasks

Module Complete! 🎉

Congratulations! You now understand how to break down complex goals into manageable subtasks, manage dependencies, and optimize execution order. These skills are fundamental to building effective AI agents.

What You Learned

🎯

Decomposition Fundamentals

• Why decomposition matters
• Monolithic vs decomposed
• Core principles (clarity, atomicity)
📊

Decomposition Strategies

• Top-down approach
• Bottom-up exploration
• Hybrid combinations
🔗

Dependency Management

• Sequential dependencies
• Parallel independence
• Join dependencies

Execution Optimization

• Topological sorting
• Critical path method
• Priority-based execution

Knowledge Checklist

Check off items as you review. Aim for 100% before moving to the next module!

0 of 15 complete
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I understand why task decomposition is critical for AI agents
Fundamentals
I can break complex goals into clear, actionable subtasks
Fundamentals
I know the difference between monolithic and decomposed approaches
Fundamentals
I can apply top-down decomposition starting from high-level goals
Strategies
I understand bottom-up decomposition for exploratory work
Strategies
I know when to use hybrid approaches combining both strategies
Strategies
I can build hierarchical task trees with appropriate depth
Strategies
I can identify sequential dependencies between tasks
Dependencies
I recognize when tasks can run in parallel independently
Dependencies
I understand join dependencies where multiple tasks must complete
Dependencies
I can detect and avoid circular dependencies
Dependencies
I know how to use topological sorting for correct execution order
Execution
I can identify critical paths to minimize total completion time
Execution
I understand priority-based execution for business value optimization
Execution
I can maximize parallelism while respecting resource constraints
Best Practices

Quick Reference Guide

Decomposition Checklist
1. Start with clear goal statement
2. Break into 2-5 major subtasks
3. Recursively decompose each subtask
4. Stop when tasks are atomic (15-30min each)
5. Map dependencies between tasks
6. Choose execution strategy
7. Monitor and adapt as needed
Common Pitfalls to Avoid
  • ❌ Tasks still too large (under-decomposed)
  • ❌ Too many subtasks per level (cognitive overload)
  • ❌ Ignoring dependencies (incorrect results)
  • ❌ Missing parallelization opportunities (slow execution)
  • ❌ Circular dependencies (deadlock)

Continue Your Journey

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Chain of Thought
Continue mastering agentic AI patterns
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Practice Exercises
  • • Decompose your next software project into a task tree
  • • Build a dependency graph for a complex workflow
  • • Implement a topological sort algorithm
  • • Create an agent that decomposes user requests automatically