This roadmap is designed to take you from absolute beginner to expert level in both C++ programming and Data Structures & Algorithms.
- 🟢 Basic Level - Foundation concepts and syntax
- 🟡 Intermediate Level - Core DSA and problem-solving patterns
- 🟠 Advanced Level - Complex algorithms and optimization techniques
- 🔴 Expert Level - Competitive programming and advanced optimization
- ⚫ Master Level - Research-level algorithms and custom implementations
- Basic Syntax & Structure
- Variables & Data Types
- Control Flow
- Functions
- Arrays & Vectors
- Strings
- Basic I/O
- Object-Oriented Programming
- Templates
- STL Containers
- STL Algorithms
- Smart Pointers
- Exception Handling
- Dynamic Programming ✅
- Backtracking ✅
- Greedy Algorithms ✅
- Advanced Graph Algorithms
- Advanced Tree Structures
- String Algorithms
- Advanced DP Techniques
- Network Flow
- Geometric Algorithms
- Advanced String Matching
- Competitive Programming Techniques
- C++: "Effective Modern C++" by Scott Meyers
- DSA: "Introduction to Algorithms" by CLRS
- Competitive Programming: "Competitive Programming Handbook" by Antti Laaksonen
- LeetCode (Problem Solving)
- HackerRank (Skill Building)
- Codeforces (Competitive Programming)
- GeeksforGeeks (Theory & Practice)
- Start from Basic Level - Don't skip fundamentals
- Practice Daily - Solve at least 1-2 problems per day
- Build Projects - Apply concepts in real projects
- Review Regularly - Revisit concepts every week
- Track Progress - Mark completed topics
- Join Communities - Engage with other learners
Use this checklist to track your learning progress:
- Basic Level Complete
- Intermediate Level Complete
- Advanced Level Complete
- Expert Level Complete
- Master Level Complete
- Complete Basic Level - Focus on C++ fundamentals first
- Start DSA Basics - Learn time complexity and simple algorithms
- Begin Problem Solving - Start with easy LeetCode problems
- Build Foundation - Don't rush, master each concept
Remember: Mastery comes from consistent practice and deep understanding, not just memorization.