Pragmatic System Design

Pragmatic System Design, available at $99.99, has an average rating of 4.58, with 120 lectures, 5 quizzes, based on 3681 reviews, and has 27569 subscribers.

You will learn about How to solve most popular FANG interview questions Most important scalability concepts Common communication protocols Caching and Redis Concurrency Database design and PostgreSQL Sharding strategies This course is ideal for individuals who are Software engineers of all levels preparing for System Design interviews or Senior engineers that are looking to make the next step in their career or Software architects that are looking to broaden their knowledge It is particularly useful for Software engineers of all levels preparing for System Design interviews or Senior engineers that are looking to make the next step in their career or Software architects that are looking to broaden their knowledge.

Enroll now: Pragmatic System Design

Summary

Title: Pragmatic System Design

Price: $99.99

Average Rating: 4.58

Number of Lectures: 120

Number of Quizzes: 5

Number of Published Lectures: 103

Number of Published Quizzes: 5

Number of Curriculum Items: 125

Number of Published Curriculum Objects: 108

Original Price: £22.99

Quality Status: approved

Status: Live

What You Will Learn

How to solve most popular FANG interview questions
Most important scalability concepts
Common communication protocols
Caching and Redis
Concurrency
Database design and PostgreSQL
Sharding strategies

Who Should Attend

Software engineers of all levels preparing for System Design interviews
Senior engineers that are looking to make the next step in their career
Software architects that are looking to broaden their knowledge

Target Audiences

Software engineers of all levels preparing for System Design interviews
Senior engineers that are looking to make the next step in their career
Software architects that are looking to broaden their knowledge

Prepare yourself for system design interviews and leverage your knowledge in real-world scenarios with my comprehensive course. Gain the confidence and skills to excel in system design discussions, whether for job interviews or day-to-day work.

In today’s industry, designing new systems is a rare opportunity for most engineers. Architecture discussions often involve only a select few individuals within companies. However, when it comes to interviews, the expectation is that everyone is a system design master. My course bridges this gap by covering essential topics and providing effective approaches to common system design interview questions.

Additionally, this course offers senior engineers an alternative perspective on system design. I encourage open discussions and aim to remove the stigma around imperfect real-world designs.

Choose your preferred method of course consumption based on your availability. If you have ample time, follow the logical order of my videos for a step-by-step learning experience, gradually building your confidence.

Alternatively, if time is limited or you’re not currently actively preparing for interviews, you can start with the design videos. If any unfamiliar topics arise, I provide supplementary videos or links to relevant articles.

System design interviews typically evaluate breadth of knowledge first and depth of knowledge second. Thus, I’ve kept the theoretical portion of each topic concise, aligning with interviewers’ expectations.

Remember, there’s no such thing as a perfect design. Every system involves trade-offs and compromises. Moreover, each design is unique, reflecting your areas of expertise. Approach my videos as a collection of ideas rather than the definitive way to design a system.

I value your input! If you have additional system design interview questions or topics you’d like me to address, please let me know. Your feedback shapes my content and ensures its relevance to your needs.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to Pragmatic System Design

Lecture 2: Diagram building blocks

Lecture 3: Diagram flow

Lecture 4: Making Estimates

Chapter 2: Networks

Lecture 1: Load Balancing

Lecture 2: CDN

Chapter 3: Caching

Lecture 1: Introduction

Lecture 2: Caching Strategies

Lecture 3: Eviction Policies

Lecture 4: Redis

Chapter 4: Queues

Lecture 1: Introduction: Queues

Lecture 2: Messaging

Lecture 3: RabbitMQ

Lecture 4: Kafka

Chapter 5: Protocols

Lecture 1: TCP

Lecture 2: UDP

Lecture 3: Summary: TCP vs UDP

Lecture 4: HTTP

Lecture 5: HTTP – Methods

Lecture 6: HTTP – Status Codes

Lecture 7: REST

Lecture 8: RESTfulness

Lecture 9: WebSockets

Lecture 10: Long Polling

Lecture 11: gRPC

Lecture 12: GraphQL

Lecture 13: Summary

Chapter 6: Concurrency

Lecture 1: Concurrency vs Parallelism

Lecture 2: Processes

Lecture 3: Threads

Lecture 4: Thread Pools

Chapter 7: Databases

Lecture 1: Indexes

Lecture 2: Sharding

Lecture 3: Consistent Hashing

Lecture 4: Partitioning

Lecture 5: CAP Theorem

Lecture 6: ACID transactions

Chapter 8: Architectural Patterns

Lecture 1: Web Sessions

Lecture 2: Serialization

Lecture 3: CQRS

Chapter 9: Design a Taxi Hailing App (aka Uber)

Lecture 1: Problem Introduction – Design a Taxi Hailing App

Lecture 2: Driver Locations

Lecture 3: Storing Locations

Lecture 4: Taxis Around You

Lecture 5: Matching

Lecture 6: Summary – Design a Taxi Hailing App

Chapter 10: Design a Chat (aka WhatsApp)

Lecture 1: Problem Introduction – Design a Chat

Lecture 2: Basic Design – Chat

Lecture 3: Scaling Reads

Lecture 4: Sharding Chat Messages

Lecture 5: Scaling chat using queues

Lecture 6: Summary – Design a Chat

Chapter 11: Design a Web Crawler (aka Google Crawler)

Lecture 1: Problem Introduction – Design a Web Crawler

Lecture 2: Basic Design – Web Crawler

Lecture 3: Fetching Content

Lecture 4: What's a "new" URL?

Lecture 5: Uniqueness

Lecture 6: Priorities

Lecture 7: Summary – Design a Web Crawler

Chapter 12: Design an Auction (aka eBay)

Lecture 1: Problem Introduction – Design an Auction

Lecture 2: Basic Design for an Auction

Lecture 3: Optimistic Locking of Bids

Lecture 4: Serialisation of Bids

Lecture 5: Event-Driven Approach for Bids

Lecture 6: Scaling an Auction

Lecture 7: Summary – Design an Auction

Chapter 13: Design a URL Shortener (aka TinyURL)

Lecture 1: Problem Introduction – Design a URL Shortener

Lecture 2: Basic Design for a URL Shortener

Lecture 3: Short Identifiers

Lecture 4: Scaling Reads

Lecture 5: Extra: DynamoDB

Lecture 6: Caching

Lecture 7: Summary – Design a URL Shortener

Chapter 14: Design a Coupon System (aka Groupon)

Lecture 1: Problem Introduction – Coupon System

Lecture 2: Basic Design

Lecture 3: Concurrency

Lecture 4: Scalability

Lecture 5: Summary – Coupon System

Lecture 6: Extra: Scaling Using Queues

Chapter 15: Design a News Feed (aka Twitter)

Lecture 1: Problem Introduction – News Feed

Instructors

Alexey Soshin
Senior Solutions Architect @AWS

Rating Distribution

1 stars: 31 votes
2 stars: 55 votes
3 stars: 347 votes
4 stars: 1386 votes
5 stars: 1862 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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