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Engineering

Software Architecture

324 people are learning this skill right now!
  1. Learn Software Architecture with the Practica AI Coach

    The Practica AI Coach helps you improve in Software Architecture by using your current work challenges as opportunities to improve. The AI Coach will ask you questions, instruct you on concepts and tactics, and give you feedback as you make progress.
  2. Intro to Software Architecture

    Software architecture is the foundation of any software system and involves making design decisions that will impact the system's functionality, performance, and maintainability.
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  3. Common Software Architecture Challenges

    These are common challenges people face when gaining expertise in software architecture. Tackling these challenges head-on can help you learn this skill quicker.

    I'm a Lead Software Architect at a fast-growing startup. As the team expands, we face challenges in maintaining a coherent software architecture. Different teams have been working on separate modules without following consistent design principles. This has resulted in a tangled and hard-to-maintain codebase. What should I do to establish guidelines and foster collaboration among teams to make sure we're setting ourselves up for scalability?
    I'm an engineering manager working on a critical project with a tight deadline. We need to integrate third-party APIs into our application, and the initial implementation is causing compatibility issues with our existing codebase. This is causing delays and making it difficult to meet project milestones. How can I balance leading an effective integration of external APIs, maintaining a flexible architecture for future changes, and delivering the project on time?
    Work on your own challenge with the Practica AI Coach
  4. How to Think About Architecting Software

    Effective software architecture requires a holistic approach that considers the system's context, stakeholders, requirements, and constraints. It involves identifying and prioritizing architectural drivers, creating architectural views, and communicating the architecture to stakeholders.
  5. Software Design Patterns

    Software design patterns are reusable solutions to common software design problems. They provide a vocabulary for discussing design decisions and can help architects make informed choices about the system's structure and behavior.
  6. Architecting Systems for Scale

    Architecting systems for scale involves designing systems that can handle increasing amounts of data, users, and traffic. This requires considering factors such as performance, scalability, availability, and fault tolerance.
  7. Software Architecture Principles

    Software architecture principles provide guidelines for designing software systems that are flexible, modular, maintainable, and scalable. These principles include separation of concerns, loose coupling, high cohesion, and modularity.
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  8. Software Architecture Examples

    Software architecture examples demonstrate how software architecture principles and patterns can be applied in practice. Examples include the layered architecture pattern, the Microservices architecture pattern, and the event-driven architecture pattern.
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