Course Structure for Modern System Design
Structure of the course
This course consists of forty chapters. These chapters can be segmented into four different sections given below.
Introduction: The introduction section is composed of five chapters. The first chapter introduces the course and its key features. The second chapter guides on how to prepare for the system design interview. The third chapter talks about different types of abstractions. Next, we discuss some indispensable non-functional characteristics that every large-scale system should have. We wrap this chapter up with back-of-the-envelope calculations that enable us to estimate resources during our design problems.
Building blocks: The “Building Blocks” chapter starts with an introductory lesson presenting sixteen different building blocks. Each of these building blocks is explained in an independent chapter. We conclude this section with the "Conclusion" chapter, which also serves as an introduction to the next section.
Design problems: This section is the meat of the course and is carefully crafted from thirteen design problems.
Epilogue: The “Epilogue” section wraps up this course and is made up of three chapters. The first covers spectacular failures that show how, in the real world, even a small mistake can bring down a large and successful application. Such failures may be inevitable, but we highlight some measures to mitigate such failures. We conclude the course with the concluding remarks chapter.
Note: Although we did our best to keep the chapters independent, our readers will find it useful to read them in the given sequence.
Strengths of the course
While filling some important gaps in other available courses, we believe this course has some key strengths to offer. We summarize the strengths and the advantages this course has over others in the table given below.
This is a modern approach to system design where we construct bigger artifacts using smaller building blocks.
Building blocks as design problems
We’ll treat each one of our building blocks as a stand-alone, mini design problem.
Incremental improvement to design
Layer-by-layer design solution addresses added bottlenecks, designing simple and incremental solutions to complex systems.
Evaluating the design
Accountability of the provided design solution shows the performance of our design.
Solving the traditional problems with updated designs
This course is up to date with the latest industry demands.
New design problems added
This course contains updates to decades-old system design courses.
Careful collection of design problems
Each problem has its unique aspects in terms of problem-solving and designing.
Contributions by experts from FAANG
Learn from the best.
AI-based quizzes and assessments
These assessments and interviews evaluate learner’s concepts of system design.
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