What is software architecture?

Software architecture describes a computing system or program's structure, as well as the decisions that are made about how software systems are organized and how structural elements are selected. It integrates elements like object-oriented analysis and design, web service, and representational state transfer (REST), to create software applications and systems that are flexible and reusable. There are five patterns in software architecture, including layered, event-driven, microkernel, microservices, and space-based.

What benefits will I gain if I learn software architecture?

Learning software architecture is essential for building systems that will last. You'll discover techniques for building software that's flexible and scalable all while making informed design decisions that allow you to execute safer, faster, better software and for less money. You'll receive training in programming, systems design and development operations, all of which allow you to progress in your career or enter a new industry. You'll get skills in software development and gain the ability to execute solutions and lead a team of software engineers.

What are typical careers that use software architecture?

Typically, software architects study software architecture. There's a fair amount of variance in the titles you'll see. Other job titles you might encounter include application architects, enterprise architects, solutions architects, and technical architects. For some, it's the next step in their careers after becoming a senior developer. For anyone who wants to enter the field directly, there are entry-level positions to get you started. Software architects commonly work in an office environment, although you may have remote work opportunities available to you as well. If this is a career you're interested in, expect to spend the majority of your work time sitting in front of a computer.

What kind of people are best suited for roles in software architecture?

People ideally suited for working in software architecture have a mixture of solid technical skills and leadership qualities because working in software architecture requires taking the technical lead on projects. While project managers deal with resources and scheduling, the software architect makes technical decisions, organizes the team, and contributes to planning activities around the architecture. Other traits that are useful to have include design skills, programming skills, and a background in or a good understanding of the software development process. Having knowledge of the business domain is also helpful since it provides insight into the requirements that will have to be considered to create solutions that best solve the problem.

검색
Software Architecture

필터링 기준

"software architecture"에 대한 805개의 결과

University of Alberta
Software Design and Architecture
획득할 기술: Analysis, Architecture, Computational Thinking, Computer Architecture, Computer Programming, Design and Product, Distributed Computing Architecture, Full-Stack Web Development, Object-Oriented Programming, Operating Systems, Product Design, Programming Principles, Software, Software Architecture, Software Engineering, Software Framework, System Programming, Theoretical Computer Science, Web Development
4.6
(3.1k개의 검토)
Beginner · Specialization
IBM
IBM DevOps and Software Engineering
획득할 기술: Agile Software Development, Algorithms, Application Development, BlockChain, Cloud Computing, Cloud Infrastructure, Cloud Platforms, Cloud Storage, Collaboration, Communication, Computational Logic, Computer Architecture, Computer Graphics, Computer Networking, Computer Programming, Computer Programming Tools, Continuous Delivery, Continuous Integration, Data Management, Design and Product, DevOps, Distributed Computing Architecture, Entrepreneurship, Extract, Transform, Load, Finance, Full-Stack Web Development, Human Computer Interaction, IBM Cloud, Interactive Design, Kubernetes, Leadership and Management, Mathematical Theory & Analysis, Mathematics, Network Architecture, Network Security, Operating Systems, Planning, Product Design, Product Development, Programming Principles, Project Management, Python Programming, Security, Security Engineering, Software Architecture, Software As A Service, Software Engineering, Software Engineering Tools, Software Framework, Software Testing, Statistical Programming, Strategy and Operations, Supply Chain and Logistics, System Programming, Systems Design, Theoretical Computer Science, Web Development
4.6
(30.4k개의 검토)
Beginner · Professional Certificate
무료
Duke University
Building Cloud Computing Solutions at Scale
획득할 기술: Amazon Web Services, Big Data, Business Analysis, Cloud Computing, Cloud Platforms, Continuous Delivery, Continuous Integration, Critical Thinking, Data Management, Data Warehousing, Database Administration, Databases, DevOps, Kubernetes, Machine Learning, Microservices, Operations Management, Project Management, Research and Design, Software Architecture, Software As A Service, Software Engineering, Strategy and Operations, Theoretical Computer Science
4.4
(195개의 검토)
Intermediate · Specialization
IBM
IBM Full Stack Software Developer
획득할 기술: Application Development, Back-End Web Development, BlockChain, Cloud Applications, Cloud Computing, Cloud Foundry, Cloud Infrastructure, Cloud Platforms, Cloud Storage, Computational Logic, Computer Architecture, Computer Graphics, Computer Networking, Computer Programming, Computer Programming Tools, Continuous Delivery, Continuous Integration, Data Management, Database Administration, Database Application, Database Design, Databases, DevOps, Devops Tools, Distributed Computing Architecture, Extract, Transform, Load, Finance, Front-End Web Development, Full-Stack Web Development, HTML and CSS, Human Computer Interaction, IBM Cloud, Interactive Design, Javascript, Kubernetes, Mathematical Theory & Analysis, Mathematics, Network Architecture, Network Security, NoSQL, Operating Systems, Other Web Frameworks, Python Programming, React (web framework), SQL, Security, Security Engineering, Software, Software Architecture, Software As A Service, Software Engineering, Software Framework, Software Testing, Statistical Programming, System Programming, Systems Design, Theoretical Computer Science, Web Design, Web Development, Web Development Tools
4.6
(29.7k개의 검토)
Beginner · Professional Certificate
무료
Google
Google UX Design
획득할 기술: Accounting, Advertising, Brand Management, Business Analysis, Business Communication, Business Psychology, Change Management, Collaboration, Communication, Computer Programming, Data Analysis, Design and Product, Entrepreneurship, Experience, Finance, Financial Analysis, Human Computer Interaction, Interactive Design, Interview, Investment Management, Leadership and Management, Marketing, Operating Systems, Planning, Problem Solving, Product Design, Research and Design, Sales, Social Media, Software Architecture, Software Engineering, Software Testing, Strategy, Strategy and Operations, Supply Chain and Logistics, Systems Design, Theoretical Computer Science, Usability Testing, User Experience, User Experience Design, User Interface, User Research, Visual Design, Web Design, Web Development
4.8
(36.8k개의 검토)
Beginner · Professional Certificate

software architecture과(와) 관련된 검색

software architecture for the internet of things

fundamentals of software architecture for big data

software design and architecture

embedded software and hardware architecture

요약하자면, 여기에 가장 인기 있는 software architecture 강좌 10개가 있습니다.

Software Design and Architecture: University of Alberta
Software Architecture: University of Alberta
IBM DevOps and Software Engineering: IBM
Autodesk Certified Professional: Revit for Architectural Design Exam Prep: Autodesk
Software Architecture for the Internet of Things: EIT Digital
Software Development Processes and Methodologies: University of Minnesota
Building Cloud Computing Solutions at Scale: Duke University
IBM Full Stack Software Developer: IBM
Fundamentals of Software Architecture for Big Data: University of Colorado Boulder
Building Scalable Java Microservices with Spring Boot and Spring Cloud: Google Cloud

Software Development에서 학습할 수 있는 스킬

Google Cloud Platform (18)

애플리케이션 프로그래밍 인터페이스 (17)

Software Architecture에 대한 자주 묻는 질문

Software architecture describes a computing system or program's structure, as well as the decisions that are made about how software systems are organized and how structural elements are selected. It integrates elements like object-oriented analysis and design, web service, and representational state transfer (REST), to create software applications and systems that are flexible and reusable. There are five patterns in software architecture, including layered, event-driven, microkernel, microservices, and space-based.‎
Learning software architecture is essential for building systems that will last. You'll discover techniques for building software that's flexible and scalable all while making informed design decisions that allow you to execute safer, faster, better software and for less money. You'll receive training in programming, systems design and development operations, all of which allow you to progress in your career or enter a new industry. You'll get skills in software development and gain the ability to execute solutions and lead a team of software engineers.‎
Typically, software architects study software architecture. There's a fair amount of variance in the titles you'll see. Other job titles you might encounter include application architects, enterprise architects, solutions architects, and technical architects. For some, it's the next step in their careers after becoming a senior developer. For anyone who wants to enter the field directly, there are entry-level positions to get you started. Software architects commonly work in an office environment, although you may have remote work opportunities available to you as well. If this is a career you're interested in, expect to spend the majority of your work time sitting in front of a computer.‎
People ideally suited for working in software architecture have a mixture of solid technical skills and leadership qualities because working in software architecture requires taking the technical lead on projects. While project managers deal with resources and scheduling, the software architect makes technical decisions, organizes the team, and contributes to planning activities around the architecture. Other traits that are useful to have include design skills, programming skills, and a background in or a good understanding of the software development process. Having knowledge of the business domain is also helpful since it provides insight into the requirements that will have to be considered to create solutions that best solve the problem.‎