Specialization over generalization
University Competitive Programming
Master the art of problem-solving with a structured, in-depth curriculum covering C++, Data Structures, Algorithms, and Competitive Programming. Learn the essential techniques to optimize code efficiency, ace coding interviews, and excel in programming contests.
University Students
Duration: 5 TRAINING LEVELS Then Join Senior Training For Free with Coach Mohamed Abdelwahab
Estimated Hours: 240
Your Learning Path
Programming In C++
This level is designed for beginners with no prior programming experience. It introduces fundamental programming concepts, including loops, conditions, arrays, strings, recursion, and STL (Standard Template Library). By the end of this level, learners will have a solid foundation in C++, preparing them for more advanced data structures and algorithmic techniques.
Data Structures & Algorithms
At this stage, students dive into the core of efficient problem-solving using data structures and algorithms. Topics include recursion, backtracking, binary search, sorting techniques, bit manipulations, and advanced STL operations. Mastering these concepts will help learners write optimized code for complex problems and prepare for technical interviews.
Competitive Programming I
This level introduces key algorithmic paradigms and problem-solving techniques required for programming competitions. Participants will work on greedy algorithms, number theory, and graph traversal methods, including DFS, BFS, and shortest path algorithms like Dijkstra’s and Floyd-Warshall. Additionally, fundamental graph concepts like Minimum Spanning Trees (MST) and Disjoint Set Union (DSU) are covered.
Competitive Programming II
This intermediate level delves deeper into advanced algorithmic techniques, particularly dynamic programming (DP). Learners will explore classical and non-classical DP problems, matrix exponentiation, and segment trees. Other crucial concepts, such as Lowest Common Ancestor (LCA) and binary indexed trees, will also be covered to enhance problem-solving efficiency.
Competitive Programming III
The most advanced level, focused on complex algorithms and optimization strategies used in high-level competitions. Topics include string algorithms (Trie, Rabin-Karp, KMP), suffix arrays, MO’s algorithm, and probability in DP. Advanced graph theory concepts like strongly connected components (SCC), 2-SAT, articulation points, and bridge-finding algorithms are also covered. By the end of this level, learners will be equipped with the skills necessary to compete at the highest levels of programming contests.
Our Plans
Basic Plan
160.00 $
2 Levels = 10% Discount
288.00 $
320.00 $
4 Levels = 15% Discount
544.00 $
640.00 $
5 Levels = 20% Discount
640.00 $
800.00 $
— Any Level
— 60 students per lecture
— 60 students per practice session
— — 2 Interactive Sessions per week (Lecture & Practice)
— — 1 Recording Sheets Up-Solving
— Fixed waves schedule
— Fixed sessions timing
— Gym access
— Community access
— 2 hours per session
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Standard Plan
214.40 $
2 Levels = 10% Discount
385.92 $
428.80 $
4 Levels = 15% Discount
728.96 $
857.60 $
5 Levels = 20% Discount
857.60 $
1,072.00 $
— Any Level
— 60 students per lecture
— 20 students per practice session
— — 2 Interactive Sessions per week (Lecture & Mentoring)
— — 1 Recording Sheets Up-Solving
— Fixed waves schedule
— Fixed sessions timing
— Gym access
— Community access
— 2 hours per session
Share :
Popular
Premium Plan
283.20 $
2 Levels = 10% Discount
509.76 $
566.40 $
4 Levels = 15% Discount
962.88 $
1,132.80 $
5 Levels = 20% Discount
1,132.80 $
1,416.00 $
