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+# Implementation Guide for 16-Week Python Mastery Plan
+
+## Weeks 1-4: Foundations
+
+1. **Primary Resource**: Python Official Documentation
+2. **Coding Practice**: LeetCode (Easy problems)
+3. **Project**: Build a command-line task manager
+
+- **Daily Activities**:
+  - Read 1-2 sections of Python documentation
+  - Solve 2-3 LeetCode easy problems
+  - Spend 30 minutes on project development
+
+## Weeks 5-8: Intermediate Concepts
+
+1. **Primary Resource**: "Python Cookbook" by David Beazley
+2. **Coding Practice**: HackerRank Python Track
+3. **Project**: Develop a simple web scraper
+
+- **Daily Activities**:
+  - Study 1 recipe from Python Cookbook
+  - Complete 2-3 HackerRank challenges
+  - Spend 45 minutes on project development
+
+## Weeks 9-12: Algorithms and Problem-Solving
+
+1. **Primary Resource**: "Grokking Algorithms" by Aditya Bhargava
+2. **Coding Practice**: LeetCode (Medium problems)
+3. **Project**: Implement a pathfinding algorithm visualizer
+
+- **Daily Activities**:
+  - Study 1 section from Grokking Algorithms
+  - Solve 1-2 LeetCode medium problems
+  - Spend 1 hour on algorithm implementation or project work
+
+## Weeks 13-16: Advanced Concepts and Specialization
+
+1. **Primary Resource**: "Fluent Python" by Luciano Ramalho
+2. **Specialization**: Choose between Web Dev (Django), Data Science (Pandas/NumPy), or Machine Learning (Scikit-learn)
+3. **Project**: Build a project in your chosen specialization
+
+- **Daily Activities**:
+  - Study 1 chapter from Fluent Python
+  - Spend 1 hour on specialization study and practice
+  - Dedicate 1 hour to project development
+  - Participate in 1 mock interview per week (from week 14 onward)
+
+## Continuous Practices
+
+- Use Git for version control, committing code daily
+- Spend 20 minutes daily reading open-source Python projects on GitHub
+- Solve one coding challenge daily (alternate between HackerRank and LeetCode)
+- Join a Python community (e.g., Python Discord) and engage weekly
+
+## Weekly Reflection and Peer Interaction
+
+- Spend 30 minutes each weekend reflecting on progress and adjusting goals
+- Participate in one code review session per week (give and receive feedback)
+- Join or organize a weekly Python study group or pair programming session
+
+---
+
 ### Complete Resource for Fine-Tuning Programming and Problem-Solving Skills
 
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