C++ Data Structures & Algorithms + LEETCODE Exercises

DSA + LEETCODE for Coding Interviews – Animated Videos!

4.68 (2484 reviews)

Udemy

platform

English

language

IT Certification

What you will learn

Solve 98 coding exercises to ace DSA interviews with confidence.

Think like a pro coder to tackle complex problems efficiently.

Master data structures—linked lists, trees, heaps, graphs—for practical use.

Learn algorithms—sorting, recursion, dynamic programming—with clarity.

Analyze time and space complexity to optimize your coding solutions.

Grasp DSA concepts faster with animated examples for deeper insight.

Apply DSA to solve LeetCode challenges and practical coding problems.

Boost your developer skills to excel in technical interviews confidently.

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Comidoc Review

Our Verdict

C++ Data Structures & Algorithms + LEETCODE Exercises offers a visually-enhanced learning experience for both beginners and experienced programmers. The course has pros such as in-depth explanations of core data structures and algorithms, and a substantial number of coding exercises, making it an effective study tool for interview preparation. However, students should also be aware of minor shortcomings, including potential issues with memory management in the course material and gaps in complex topic coverage. Overall, its rich content and focus on practical application make this course worthwhile.

What We Liked

Comprehensive coverage of data structures & algorithms in C++, including linked lists, trees, heaps, graphs, sorting, recursion, and dynamic programming
Animated examples simplify complex concepts for deeper understanding and clarity
Structured curriculum features 98 LeetCode-style coding exercises to optimize interview preparation
Instructor effectively breaks down problems and offers well-explained solutions with easy-to-read code

Potential Drawbacks

Tips for solving coding challenges might be too direct, impacting students' opportunity to fully develop problem-solving skills
Lack of depth in certain complex topics like Tries, recursion optimization, and backtracking techniques
Minor concerns about memory leaks and C++ implementation practices
Limited coverage of graph algorithms (DFS, BFS, shortest path)