CF

The System Design Masterclass

43h 13m 49s
English
Free

The System Design Masterclass is a comprehensive, cohort-based program designed to help you master the art of building scalable, fault-tolerant, and highly available distributed systems. This intermediate-level course delivers a focused, industry-aligned learning experience that equips you with practical architectural skills used by top tech companies.

What This Masterclass Covers

Throughout the program, you will explore the core principles of modern System Design and Software Architecture. The curriculum is structured to help you develop a strong understanding of how large-scale systems operate in real-world environments.

Key Topics Included

  • Designing and architecting large-scale social networks
  • Building efficient, reliable storage engines and databases
  • Creating high-throughput, low-latency distributed systems
  • Understanding trade-offs between scalability, availability, and consistency
  • Applying proven architectural patterns and system design frameworks

Why Enroll in This Program

This masterclass combines theory with hands-on problem-solving, ensuring you build both conceptual clarity and practical expertise. Each module is crafted to simulate real engineering challenges, helping you think like a system architect and design solutions that scale.

Who This Course Is For

  • Software engineers looking to strengthen their system design fundamentals
  • Backend developers aiming to move into architecture-focused roles
  • Engineers preparing for senior-level or system design interview rounds
  • Professionals building or maintaining distributed systems in production

What You Will Gain

By the end of the course, you will be able to confidently design complex, large-scale systems and make informed architectural decisions. You will walk away with the clarity, frameworks, and patterns required to excel in real-world engineering environments.

About the Author: Arpit Bhayani

Arpit Bhayani thumbnail

Arpit Bhayani is a US-based software engineer (formerly at Amazon, Practo, and now an independent educator) who runs asliengineering.com and the Arpit Bhayani YouTube channel, both focused on system design and database internals. His material is unusually deep for the system-design-interview market — taking serious detours into the actual implementation of Redis, Postgres, and the data structures behind them.

His CourseFlix listing carries three Arpit Bhayani courses: The System Design Masterclass, Redis Internals (an end-to-end study of how Redis is implemented in C), and System Design for Beginners. Material is paid and aimed at engineers preparing for system-design interviews or doing infrastructure work on production data systems.

Watch Online 16 lessons

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#Lesson TitleDuration
11.Foundational Topics in System Design - I 02:34:09
22.Foundational Topics in System Design - II 02:54:36
33.Relational Databases 03:05:12
44.Non-relational Databases 03:05:29
55.Distributed Systems 02:54:28
66.Distributed ID Generators 02:29:45
77.Social Networks - I 02:31:10
88.Social Networks - II 02:47:05
99.Storage Engines - I 02:41:00
1010.Storage Engines - II 02:16:42
1111.High Throughput Systems - I 02:22:42
1212.High Throughput Systems - II 02:42:32
1313.Information Retrieval Systems - I 02:48:44
1414.Information Retrieval Systems - II 02:51:06
1515.Algorithmic System Design - I 02:45:39
1616.Algorithmic System Design - II 02:23:30

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Frequently asked questions

What are the prerequisites for enrolling in the System Design Masterclass?
This intermediate-level course is designed for software engineers and backend developers. While no specific prerequisites are listed, it would be beneficial to have a foundational understanding of software engineering principles and experience in backend development. Familiarity with databases, distributed systems, and basic architectural concepts will help you get the most out of the course material.
What kind of projects or systems will I learn to build in this course?
You will learn to design and architect large-scale social networks, build efficient and reliable storage engines and databases, and create high-throughput, low-latency distributed systems. The course focuses on applying proven architectural patterns and system design frameworks to solve real-world engineering challenges.
Who is the target audience for this course?
The course is aimed at software engineers looking to strengthen their system design fundamentals and backend developers aiming to transition into architecture-focused roles. It is also suitable for engineers preparing for senior-level or system architecture positions.
How does the depth of this course compare to other system design courses?
The System Design Masterclass provides a focused, industry-aligned experience, combining theory with hands-on problem-solving. It covers core principles of modern system design and software architecture, simulating real engineering challenges to help students think like system architects. This depth is particularly beneficial for those seeking practical architectural skills used by top tech companies.
What specific tools or platforms will be covered in this course?
The course covers topics such as relational and non-relational databases, distributed ID generators, and various types of storage engines. While specific software tools are not mentioned, the focus is on understanding and applying architectural patterns and system design frameworks across these areas.
What topics are not covered in this System Design Masterclass?
The course does not cover frontend development or user interface design. Its primary focus is on backend system design, including topics such as distributed systems, social networks, and storage engines. It assumes a basic understanding of these areas and does not delve into frontend-specific technologies or frameworks.
What is the expected time commitment for completing this course?
The course comprises 16 lessons, each designed to build on the previous one. Although the total runtime is not specified, the program's cohort-based structure suggests a schedule that allows for in-depth exploration and hands-on problem-solving exercises. Students should be prepared for a comprehensive study that requires regular engagement with the material.