Free Udemy Course __ Python DSA: Sorting, Searching & Bit Manipulation

Python DSA - Sorting,Searching & Bit Manipulation (Solution Code with Detailed Explanations) | Coding Practice Exercises

4.5 (1,000+ students enrolled) English
Other Python
Python DSA: Sorting, Searching & Bit Manipulation

What You'll Learn

  • Master High-Frequency Algorithmic Patterns: Identify and implement core techniques in Searching, Sorting, Greedy algorithms, and Bit Manipulation to solve LeetC
  • Apply Advanced Search Strategies: Implement Binary Search, Ternary Search, and Search Space Reduction on 1D/2D arrays and monotonic functions.
  • Master Sorting Techniques & Custom Logic: Write and optimize classic sorting algorithms (QuickSort, MergeSort, HeapSort) and implement custom comparator logic i
  • Optimize Choice-Making with Greedy Algorithms: Solve interval scheduling, fractional knapsack, and activity selection problems by making locally optimal choices
  • Manipulate Bits for High-Performance Solutions: Utilize bitwise operators (AND, OR, XOR, NOT, Shifts) to solve low-level optimization problems, single-number va
  • Analyze Big-O Time & Space Complexity: Evaluate, calculate, and articulate time and space complexities for both brute-force and fully optimized Python solutions
  • Write Clean, Idiomatic Python: Leverage built-in Python modules (such as collections, heapq, bisect, and functools) to write concise, production-ready code.
  • Understand Core System Design Architecture: Explain key principles of distributed systems, including horizontal vs. vertical scaling, load balancing, and revers
  • Design Efficient Caching & Storage Systems: Compare SQL vs. NoSQL databases, evaluate indexing strategies, and design cache eviction policies (LRU/LFU) using Re
  • Incorporate Asynchronous Messaging & Decoupling: Understand how microservices communicate using message queues (Kafka, RabbitMQ) and pub/sub architecture.
  • Master Rate Limiting & Consistent Hashing: Learn how to prevent system overload using rate-limiting algorithms and distribute traffic across servers using consi
  • Architect High-Level Real-World Systems: Step through the complete high-level design (HLD) of scalable applications like URL Shorteners, Key-Value Stores, and N

Requirements

  • No prior knowledge required
  • A computer with internet access
  • Eagerness to learn

Who This Course is For

  • Aspiring Software Engineers preparing for technical coding interviews at product-based tech companies.
  • Computer Science Students & Graduates seeking hands-on practice with LeetCode-style algorithmic challenges.
  • Python Developers looking to strengthen their data structures, algorithms, and core problem-solving skills.
  • Self-Taught Programmers & Bootcamp Graduates bridging the gap between basic coding and advanced algorithmic thinking.
  • Mid-Level Developers aiming to transition into senior engineering roles that require System Design expertise.
  • Competitive Programmers wanting to master high-yield topics like Greedy algorithms, Bit Manipulation, and Binary Search.
  • Job Seekers & Tech Professionals gearing up for upcoming technical screening tests and online coding assessments.
  • Backend & Distributed Systems Engineers interested in learning foundational high-level system architecture concepts.
  • Tech Candidates who want to build confidence in analyzing time complexity and discussing technical trade-offs with interviewers.

Your Instructor

Experienced Instructor

Professional Educator

An experienced instructor with expertise in this field and a passion for teaching.

Get This Course For FREE

Get This Course

Limited time offer. Enroll now!

Never Miss a Coupon!

Subscribe to our newsletter to get daily updates on the latest free courses.