Farid
📝 DESCRIPTION: This course contains the use of artificial intelligence.
Master core algorithms and system architecture with hands-on Python practice.
Python DSA: LEETCODE Exercises – Sorting, Searching, Greedy, Bit Manipulation & System Design
Prepare to crack high-paying technical interviews and level up your engineering skills with this targeted, problem-driven practice course. Built specifically for software engineers, computer science students, and tech professionals, this course focuses on the most high-yield algorithmic topics and foundational System Design principles asked by top-tier tech companies.
Whether you are preparing for FAANG/MAANG coding rounds, competitive programming contests, or senior developer assessments, this course bridges the gap between pure algorithm design and scalable system architecture. Every exercise includes a clear breakdown of the logic, step-by-step Python code, and deep dives into time and space efficiency.
Unlike theoretical lectures, this course emphasizes
learning by doing
. You won’t just memorize solutions-you will learn how to spot core patterns, choose the right data structures, optimize trade-offs, and design systems that scale.
What You’ll Learn
•
Master LeetCode-style problems
across modern interview domains using clean, idiomatic Python.
•
Identify key algorithmic patterns
in Sorting, Searching, Greedy choices, and Bitwise operations.
•
Write optimized, production-ready code
with rigorous Big-O time and space complexity analysis.
•
Grasp core System Design fundamentals
, including scalability, load balancing, caching, and distributed storage.
•
Think like an interviewer:
Learn how to communicate trade-offs, edge cases, and optimization strategies clearly.
Topics Covered
Algorithms & Problem Solving
•
Searching:
Binary Search, Search Space Reduction, Ternary Search, Matrix Search
•
Sorting Algorithms:
QuickSort, MergeSort, HeapSort, Counting Sort, Custom Sorting Rules
•
Greedy Algorithms:
Interval Scheduling, Fractional Knapsack, Activity Selection, Minimum Spanning Trees
•
Bit Manipulation:
Bitwise Operators, Masking, Single Number Problems, XOR Tricks, Bit Counting
•
Algorithmic Patterns:
Two Pointers, Sliding Window, Divide & Conquer
System Design Essentials
•
Scalability Basics:
Vertical vs. Horizontal Scaling, Load Balancers, Reverse Proxies
•
Database & Caching:
SQL vs. NoSQL, Redis, Caching Strategies (LRU/LFU), Indexing
•
System Architecture:
Microservices, Message Queues (Kafka/RabbitMQ), Rate Limiters, Consistent Hashing
•
High-Level Design (HLD) Walkthroughs:
Designing a URL Shortener, Key-Value Store, and Notification System
Course Features
•
Targeted LeetCode-Style Exercises:
Curated, high-frequency questions directly from modern tech interviews.
•
Complete Python Implementations:
Clean, commented code using standard Python libraries (collections, heapq, bisect).
•
Dual Focus:
Master low-level algorithmic efficiency
and
high-level system architecture in one place.
•
Step-by-Step Walkthroughs:
From naive brute-force approaches to fully optimized solutions.
•
Self-Paced & Practical:
Designed for flexible, high-impact learning.
Why Take This Course?
Interviewing at top product-based companies requires two critical skills:
algorithmic speed
and
architectural thinking
.
This course gives you both. By mastering targeted algorithm patterns alongside real-world system design principles, you will build the confidence needed to solve complex coding challenges on the spot and discuss system trade-offs like a senior engineer.
Start coding, master system architecture, and land your dream tech role today!
https://www.udemy.com/course/python-dsa-sorting-searching-bit-manipulation/
💾 QuickSort 0.2.4 x64 + Portable (27 MB)
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