What do we study in system design?

 System design is an essential component of software engineering. It includes the process of establishing a system's architecture, components, modules, interfaces, and data to meet given criteria. It is important to ensure that a software solution satisfies the functionality, scalability, and performance requirements.


In this blog, we will delve into the curriculum of system design and the best system design courses that can help you with it. Furthermore, we will also learn about the file system vs DBMS.


Fundamentals of System Design


  • Definition and Scope: System design has a broad reach and plays an important role in designing solid and efficient systems. Understanding its definition is critical for experts working on sturdy solutions.


  • Evolution: Tracing the growth of system design since the pre-World War II era gives information on its transformational path, particularly in tackling communication problems.


Methods of System Design


  • Logical Design: It is an abstract representation of data flow aspects such as input, output, source, destination, data storage, and overall data flow.


  • Physical Design: This strategy emphasizes data manipulation, verification, processing, and presentation features by focusing on real input and output processes.


  • Architectural Design: Understanding architectural design is essential since it focuses on satisfying requirements and establishing the structure and behavior of systems.


  • Detailed Design: Studying the preparation of raw prints involves factors such as project planning, control, user interaction, and the definition of specific sub-systems.


Why Choose System Design?


  • Scalability: System design is critical in establishing highly scalable platforms capable of managing large amounts of daily activity, as shown in popular apps like Instagram and Twitter.


  • System Design Life Cycle (SDLC): Unpacking the SDLC modules, such as data gathering, issue formulation, model generation, implementation, and improvement, offers a full picture of the system development process.


Roadmap to Learn System Design


  • Unit I: The Foundation: Covering the fundamentals of scalable and maintainable applications, data structures, query languages, storage and retrieval, and encoding and evolution.


  • Unit II:  Distributed Data: Moving on to more detailed areas of system architecture, such as replication, partitioning, transactions, the complexity, consistency, and consensus of distributed systems.


  • Unit III: Derived Data: Finishing the plan with an emphasis on derived data via batch and stream processing.

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