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Competitive Programming

Go beyond interviews — master advanced algorithms, contest strategies & problem-solving to dominate Codeforces, LeetCode & ICPC.

3 Months 9 Modules Online & Offline (Hosur) Certificate + Placement Support

🚀 Why Competitive Programming? — Current & Future Scope

Current Demand

Top product companies like Google, Facebook, Codeforces-rated candidates get direct interview calls. CP rating is a shortcut to FAANG. Salary: ₹15–40 LPA for top coders.

Future Scope

As AI handles routine coding, algorithmic thinking, optimization, and advanced problem solving become the real differentiators. Competitive Programming builds the depth needed to stand out in the AI era.

Job Roles

Software Engineer at FAANG, Algorithm Engineer, Quant Developer, Research Engineer, Competitive Programmer, Tech Lead at product companies.

Top Recruiters

Google, Meta, Amazon, Microsoft, Codeforces-sponsored companies, Jane Street, DE Shaw, Goldman Sachs tech & all top-tier product companies.

📚 Advanced AI-Integrated Syllabus — Module Wise

1
CP Setup & Problem-Solving Mindset
1 Week
  • Setting up C++ for CP (fast I/O, templates)
  • Codeforces, AtCoder, LeetCode, HackerRank accounts
  • Reading & Understanding Problem Statements
  • Time & Space Complexity for CP constraints
  • Brute Force → Optimization mindset
  • Debugging Techniques & Stress Testing
2
Mathematics for CP
1 Week
  • Number Theory: GCD, LCM, Sieve of Eratosthenes
  • Modular Arithmetic & Modular Inverse
  • Fast Exponentiation (Binary Exponentiation)
  • Combinatorics: nCr, Permutations, Pigeonhole
  • Inclusion-Exclusion Principle
  • Matrix Exponentiation
3
Advanced Data Structures
2 Weeks
  • Segment Trees with Lazy Propagation
  • Fenwick Tree (Binary Indexed Tree)
  • Sparse Table for Range Minimum Query
  • Disjoint Set Union (DSU) with Path Compression
  • Trie & Suffix Array
  • Persistent Data Structures (intro)
4
Advanced Graph Algorithms
2 Weeks
  • Shortest Paths: Dijkstra, Bellman-Ford, SPFA, Floyd-Warshall
  • Minimum Spanning Tree: Kruskal's & Prim's
  • Strongly Connected Components: Kosaraju's & Tarjan's
  • Articulation Points & Bridges
  • Bipartite Matching (Hopcroft-Karp)
  • Network Flow: Ford-Fulkerson, Dinic's Algorithm
  • Euler Path & Hamiltonian Path
5
Dynamic Programming — Advanced
2 Weeks
  • Bitmask DP (Travelling Salesman, Assignment)
  • DP on Trees (Rerooting Technique)
  • Digit DP
  • DP with Convex Hull Trick (CHT)
  • Divide & Conquer DP Optimization
  • SOS DP (Sum over Subsets)
  • Profile DP (Broken Profile)
6
String Algorithms
1 Week
  • KMP Algorithm & Z-Function
  • Aho-Corasick Automaton
  • Suffix Array & Suffix Automaton
  • Hashing for String Matching
  • Palindrome: Manacher's Algorithm
  • Lyndon Factorization
7
Greedy & Constructive Algorithms
1 Week
  • Greedy Proof Techniques (Exchange Argument)
  • Interval Scheduling & Activity Selection
  • Huffman Coding
  • Constructive Problem Strategies
  • Invariants & Monovariants
  • Game Theory: Nim, Sprague-Grundy Theorem
8
Geometry & Miscellaneous
1 Week
  • Computational Geometry: Convex Hull, Line Intersection
  • Point in Polygon, Closest Pair of Points
  • FFT / NTT for Polynomial Multiplication
  • Square Root Decomposition (Mo's Algorithm)
  • Randomized Algorithms
  • Parallel Binary Search
9
Contest Practice, AI-Aware Strategy & Rating Improvement
2 Weeks
  • Weekly Virtual Contests on Codeforces & AtCoder
  • Upsolving Strategy & Editorial Reading
  • LeetCode Weekly & Biweekly Contest Participation
  • Using AI tools for analysis and review while preserving independent contest thinking
  • ICPC-style Team Contest Simulation
  • Reaching Codeforces Specialist / Expert Rating
  • Building CP Portfolio for Job Applications