๐Ÿ“˜

How to Learn Data Structures and Algorithms (DSA) from A to Z

Jun 27, 2024

How to Learn Data Structures and Algorithms (DSA) from A to Z

Introduction

  • Platform: AQForward.org
  • Course: A to Z DSA course
  • Modules: 455 modules covering 18-19 topics
  • Cost: Free
  • Problems: Includes a variety of problems for extensive practice

Learning Strategy

Theory and Practice

  • Theory: Watch videos to understand the topic.
  • Practice: Focus on solving problems to develop problem-solving skills.
  • Method:
    • Pick a problem.
    • Attempt a brute force/extreme naive solution.
    • Convert thought process into code and submit.
    • If unsuccessful, read attached blogs and categorized solutions.
    • Retry solving the problem without aid to reinforce learning.

Supplementary Materials

  • Mentorship: Recommended to use Pre-placed for personalized mentoring.
    • Benefits:
      • Personalized roadmap
      • System design, low-level design guidance
      • Weekly check-ins and tests
      • Additional resources and project ideas
      • Mock interviews, resume reviews, referrals
      • Possible discount codes

Addressing Misinformation

  1. Language Used:
    • Not exclusively C++; uses pseudocode
  2. Beginner Friendly:
    • Course starts easy and progresses to advanced problems
    • Reviews from recently placed professionals are positive
    • 455 modules for thoroughness, but not all are mandatory
  3. Additional Requirements:
    • Participate in coding contests (LeetCode, Codeforces)
    • Start contests early and regularly participate over 2 years for maximum benefit

Conclusion

  • Follow the website AQForward.org for the course
  • Consider additional mentoring services from Pre-placed
  • Stay engaged with coding contests for continuous improvement
  • Social media and other links in the description for more resources

Takeaways

  1. Utilize the full breadth of the free A to Z DSA course.
  2. Pair learning with regular coding contests.
  3. Seek mentorship for an accelerated and structured path.