FOR BEGINNERS AND EXPERIENCED LEARNERS
Competitive Programming
Dominate coding competitions with our Competitive Programming course and secure positions in top tech companies
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16K+ Learners enrolled
300+
Hours of lectures
150+ Practice Videos
Projects
Advanced
Self Paced
Real World Projects
3 Certifications
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Competitive Programming
Ideal for: Individuals focused on dominating coding competitions and secure positions in top tech companies
Recorded Videos
Life Time - LMS - Access
Additional perks
3 Certifications
Course Curriculum
Introduction to Competitive ProgrammingModule 120 Hours Projects
Introduction to Competitive Programming
Module 1
20 Hours
Projects
What you’ll learn
- Introduction to Competitive Programming
- Basics of C++ Programming: Syntax, Variables, and Operators
- Input and Output Operations in C++
- Understanding Data Types and Variables in C++
- Introduction to Space and Time Complexity Analysis
Arrays and Vectors in C++Module 218 Hours Projects
Arrays and Vectors in C++
Module 2
18 Hours
Projects
What you’ll learn
- Introduction to Arrays and Vectors
- Array Manipulation and Problem-Solving Techniques
- Vector Implementation and Applications
- Solving Problems using Arrays and Vectors
- Two Dimensional Arrays and Vector Usage
Mathematics and Bit-Manipulation in C++Module 320 Hours Projects
Mathematics and Bit-Manipulation in C++
Module 3
20 Hours
Projects
What you’ll learn
- Exploring Mathematical Operations and Functions
- Bitwise Manipulation Techniques for Problem Solving
- Arithmetic and Logic Operations in C++
- Solving Math-Based Problems in Competitive Programming
- Analyzing Bit Patterns and Binary Representations
String PracticeModule 418 Hours Projects
String Practice
Module 4
18 Hours
Projects
What you’ll learn
- Exploring String Manipulation Techniques
- Implementing String Algorithms in Competitive Programming
- Understanding String Operations and Functions in C++
- Solving String-Based Problems Efficiently
- Analyzing and Manipulating Strings for Problem Solving
Bit ManipulatingModule 520 Hours Projects
Bit Manipulating
Module 5
20 Hours
Projects
What you’ll learn
- Exploring Bitwise Operations and Shifts
- Understanding Binary Representation and Manipulation
- Analyzing Bit Patterns and Logic Gates
- Applying Bit Manipulation Techniques in Competitive Programming
- Efficient Handling of Binary Data in C++
Two Pointers PracticeModule 618 Hours Projects
Two Pointers Practice
Module 6
18 Hours
Projects
What you’ll learn
- Understanding Two Pointer Technique
- Implementing Two Pointer Algorithm for Problem Solving
- Exploring Applications of Two Pointer Approach
- Solving Array and List Problems using Two Pointers
- Optimizing Solutions with Two Pointer Technique
Dynamic Programming (DP) in C++Module 710 Hours Projects
Dynamic Programming (DP) in C++
Module 7
10 Hours
Projects
What you’ll learn
- Introduction to Dynamic Programming
- Solving Problems with Dynamic Programming Approach
- Examples: Fibonacci Series, Stairs Problem, Knapsack Problem
Queue PracticeModule 816 Hours Projects
Queue Practice
Module 8
16 Hours
Projects
What you’ll learn
- Understanding Queue Data Structure
- Implementing Queue Operations in C++
- Exploring Applications of Queue in Problem Solving
- Solving Queue-Based Problems Efficiently
- Analyzing Queue Algorithms and Techniques
Sorting PracticeModule 912 Hours Projects
Sorting Practice
Module 9
12 Hours
Projects
What you’ll learn
- Understanding Sorting Algorithms and Techniques
- Implementing Sorting Algorithms in C++
- Exploring Applications of Sorting in Problem Solving
- Solving Sorting-Based Problems Efficiently
- Analyzing Time and Space Complexity of Sorting Algorithms
Hashing PracticeModule 1010 Hours Projects
Hashing Practice
Module 10
10 Hours
Projects
What you’ll learn
- Understanding Hashing Techniques and Hash Functions
- Implementing Hash Tables and Hash Functions in C++
- Exploring Applications of Hashing in Problem Solving
- Solving Hashing-Based Problems Efficiently
- Analyzing Collision Resolution Strategies in Hashing
Graph PracticeModule 1010 Hours Projects
Graph Practice
Module 10
10 Hours
Projects
What you’ll learn
- Understanding Graph Data Structure
- Implementing Graph Representation and Traversal
- Exploring Applications of Graphs in Problem Solving
- Solving Graph-Based Problems Efficiently
- Analyzing Graph Algorithms and Techniques
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Our Mentors
Ashish Modi
Co-Founder & Instructor
Teaches
DSA
Shaurya Sinha
Co-Founder & Instructor
Teaches
Web Development
Kevin Shah
Data Scientist
Teaches
Data Science
Rahul Harlalka
Senior Analyst
Teaches
Data Science
Sahil Rahman
Data Science Instructor | Software Engineer
Teaches
Data Science
Kartik Gupta
SDE | Mentor
Teaches
Web Development
Rohan Kinnal
SDE | Mentor
Teaches
Web Development
Harsh Akshit
Cloud & Security Evangelist
Teaches
Cyber Security
Aditya Gusain
Software Developer | Mentor
Teaches
Full Stack Web Development
Samarth Singh
Instructor
Teaches
DSA
Khusboo Tayal
Data Science Analyst
Teaches
Data Sceince
Kunika Malhotra
Software Engineer
Teaches
MERN Stack
Nikhil Bartwal
Data Scientist
Teaches
Data Science
Anshika Gupta
Instructor
Teaches
Web Development
Aradhana Kund
Instructor | Developer
Teaches
Web Development
Frequently asked questions
Will I have access to the course material after completing it
Yes, you will have lifetime access to the course material, allowing you to revisit it whenever needed to reinforce your learning.
What if I struggle to keep up with the course content?
We understand that everyone learns at their own pace. Our pre-recorded course allow you to learn at your convenience without the pressure of keeping up with live classes. If you require additional assistance or guidance, you can reach out to our mentors, who are dedicated to supporting you throughout your learning journey.