DATA STRUCTURES, ALGORITHMS & COMPETITIVE CODING
C++, Big-O Complexity, Recursion, Binary Trees, Graphs & LeetCode Foundations
Program Overview
Designed for prospective computer science majors and aspiring competitive programmers, this intensive algorithmic bootcamp equips pre-university students with collegiate-level software problem-solving skills. Using modern C++, students dissect asymptotic time and space complexity with formal Big-O notation, master standard template library (STL) containers, and write recursion algorithms with mathematical rigor.
The curriculum progressively explores linear and non-linear data structures—including dynamic arrays, linked lists, stacks, queues, hash tables, binary search trees, heaps, and graph representations. Students implement fundamental graph traversal algorithms (BFS and DFS), Dijkstra's shortest path, and dynamic programming memoization techniques while tackling LeetCode-style algorithmic challenges.
Guided by former ICPC finalists, participants master debugging under contest timers, build intuition for algorithmic optimization, and establish a dominant technical foundation for top university CS coursework and tech internships.
What You Will Master
Industry-ready capabilities and production skills delivered through this program:
Skills you'll gain
Course Content
Program Prerequisites
- Basic familiarity with any programming language (Python, Java, or C++)
Participant Reviews & Alumni Outcomes
Authentic feedback from verified participants who completed this cohort
“Mastered dynamic programming and graph algorithms like Dijkstra and Tarjan. LeetCode and Codeforces rating jumped by 300 points!”
“The segment tree and fenwick tree live sessions were masterclasses in algorithm design. 1:1 code reviews pointed out time-complexity edge cases.”
“No shallow shortcuts. You implement linked lists, binary heaps, and red-black trees from scratch before moving to advanced algorithms.”
“My son secured top ranking in the ZIO (Zonal Informatics Olympiad) after following the rigorous cohort schedule and mock contests.”
“Taught by competitive coding veterans who explain how to decompose hard problems into simpler recursive state transitions.”
“Intense and rewarding. The weekly timed virtual contests helped build speed, accuracy, and edge-case handling under clock pressure.”
“Clear, concise, and thorough. The mentor explanations of graph traversal and tree DP cleared up all my longstanding doubts.”
Includes live interactive sessions, 1:1 code reviews, LMS access & industry certification
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