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Master the patterns that power top engineering teams. Our 16-week path takes you from basic memory concepts to advanced dynamic programming.
12-16
Weeks
180+
Lessons
10
Modules
Earned
Certificate
Total Lessons
182
Modules
10
Projects
8
Duration
12-16 weeks
Follow this step-by-step roadmap to build deep intuition for algorithms and data structures.
Master algorithmic thinking, complexity analysis, and fundamental design paradigms that power all computer science problem-solving.
Understand computer memory hierarchy, performance impact, and why data structures matter.
Master basic array concepts, memory layout, and fundamental operations - the foundation of data structures.
Master LIFO and FIFO data structures with practical applications and advanced implementations.
Master dynamic data structures, pointer manipulation, memory management, and various linked list types.
Master hierarchical data structures from binary trees to advanced tree algorithms with interactive visualizations.
Explore graph structures and algorithms - the foundation of networks, social systems, and pathfinding.
Master hash tables, hash functions, collision resolution, and efficient key-value storage systems.
Master optimization techniques through memoization and tabulation to solve complex recursive problems efficiently.
Master fundamental algorithms for organizing and finding data with complexity analysis and optimizations.
Once you complete the core path, you can unlock specialized domains like Competitive Programming, System Design, and Blockchain Algorithms.
We've curated this path specifically for engineers looking to land roles at FAANG and high-growth startups. Every lesson includes a "Coding Interview Connect" section.
Learn our methodology