Take Your Coding Skills to the Next Level with Coademy

Our Competitive Programming Track for University Students (Ages 18-23) is designed to prepare you for coding competitions like the International Collegiate Programming Contest (ICPC) and technical interviews for top global tech companies. Build advanced problem-solving skills and become a standout candidate in the tech world.

Advanced Algorithms and Data Structures

Master graph algorithms, dynamic programming, and advanced data structures like segment trees and fenwick trees.

Optimization Techniques

Learn to write efficient and optimized code for real-world problems and contests.

Problem-Solving Strategies

Gain the mindset and techniques required to approach and solve complex coding challenges.

ICPC Preparation

Specialized training tailored to help you excel in the ICPC and other prestigious competitions.

Technical Interview Readiness

Develop the skills and confidence needed to ace technical interviews at top companies.

ICPC Excellence

Our curriculum is designed to help you perform at your best in the ICPC and other university-level competitions.

Career Opportunities

Equip yourself with the skills and experience required to secure roles at leading tech companies.

Collaborative Environment

Work with like-minded peers in a stimulating and supportive learning community.

Experienced Instructors

Learn from experts who have excelled in competitive programming and guided students to success.

Real-World Skills

Gain skills that extend beyond competitions and apply directly to your career in tech.

Level 1: Foundations in C++ and Problem-Solving Basics

This level introduces students to the fundamentals of computer programming using C++, laying a strong foundation for advanced learning in competitive programming.
What You'll Learn:

Basics of C++ programming: Syntax, variables, loops, conditions, and arrays.
Functions and recursion for modular problem-solving.
Introduction to complexity analysis to evaluate algorithm efficiency.
STL (Standard Template Library) basics for problem-solving.

Duration:
6 - 12 weeks | 2 - 4 sessions per week | 3 hours per session
Prerequisites:
No prior programming experience required.
Key Outcome:
Students will develop a foundational understanding of programming and problem-solving, qualifying them for more advanced courses like Data Structures and Algorithms.

Level 2: Intermediate Data Structures and Algorithms

Dive deeper into competitive programming with a focus on essential data structures, searching and sorting techniques, and mathematical algorithms.
What You'll Learn:

Key algorithms: Complete search (backtracking), binary search, modular arithmetic, and sorting algorithms.
Data structures: Linked lists, stacks, queues, binary heaps, hash tables, and binary search trees.
Mathematical problem-solving techniques: Modular arithmetic, Sieve of Eratosthenes, and GCD/LCM.
Introduction to dynamic memory management and pointers.

Duration:
8 - 16 weeks | 2 - 4 sessions per week | 3 hours per session
Prerequisites:
Introduction to Programming in C++.
Key Outcome:
Students will build intermediate programming skills and be ready to tackle complex problems, qualifying for Competitive Programming II

Level 3: Advanced Competitive Programming Topics

This level focuses on mastering complex algorithms and problem-solving strategies that are essential for high-level competitive programming.
What You'll Learn:

Advanced topics: Union-Find, Trie, Segment Tree, and dynamic programming for strings.
Graph theory: DFS applications, shortest path algorithms, minimum spanning trees, and Eulerian graphs.
String algorithms: Rabin-Karp hashing, KMP for pattern matching.
Advanced dynamic programming techniques and ternary search.

Duration:
8 - 16 weeks | 2 - 4 sessions per week | 3 hours per session
Prerequisites:
Data Structures & Algorithms.
Key Outcome:
Students will develop advanced problem-solving skills, qualifying them for the most challenging programming contests and technical interviews.

Level 4: Expert-Level Topics in Competitive Programming

Designed for those aiming to excel in ICPC and technical interviews, this level covers the most advanced topics in competitive programming.
What You'll Learn:

Computational geometry: Convex hulls, line sweeps, and geometry-based problem-solving.
Advanced dynamic programming: DP on trees, DAGs, and data structures.
Graph algorithms: Strongly connected components, 2-SAT, and network flow.
Data structures: Binary Indexed Trees, Persistent Segment Trees, and Heavy-Light Decomposition.
Game theory and advanced combinatorics.

Duration:
10 - 20 weeks | 2 - 4 sessions per week | 3 hours per session
Prerequisites:
Competitive Programming I.
Key Outcome:
Students will be fully prepared for international contests like ICPC and complex coding challenges in the tech industry.

Duration

32-64 weeks (2-4 sessions per week, 3 hours per session).

Levels

Four progressive levels to ensure steady growth in knowledge and skills.

Platform

Online classes using Zoom, Google Classroom, and Slack for collaboration.

Language

C++ programming language—perfect for competitive programming.

Basic

ج.م300/Month

— 60 students per lecture
— 60 students per practice session
— 2 sessions per week (Lecture & Up-solving)
— Fixed waves schedule
— Fixed sessions timing
— Gym access
— Community access
— 3 hours per session

Order Now

Standard

Premium

ج.م700/Month

— 20 students per lecture
— 20 students per practice session
— 2 sessions per week. Lecture, Mentoring & Up-solving
— Flexible intakes schedule
— Flexible sessions timing
— Gym access
— Community access
— 3 hours per session