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Google Cloud Training

本课程指导学员运用久经考验的设计模式在 Google Cloud 上构建高度可靠且高效的解决方案。它是“Google Compute Engine 架构设计”或“Google Kubernetes Engine 架构设计”课程的延续,并假定您有使用其中任何一门课程所涵盖技术的实践经验。通过一系列演示、设计活动和动手实验,学员可以了解如何定义及平衡业务要求和技术要求,以便设计可靠性和可用性高、安全且经济实惠的 Google Cloud 部署。

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What's inside

Syllabus

课程简介
欢迎学习“可靠的 Google Cloud 基础架构:设计和流程”课程。了解课程结构及其内容。
定义服务
在本单元中,您将了解如何通过权限角色和职能角色来描述系统用户。此外,您还将学习如何使用关键绩效指标 (KPI) 来衡量成功,并检查服务等级目标 (SLO)、服务等级指标 (SLI) 和服务等级协议 (SLA)。
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微服务设计与架构
本单元介绍应用架构和微服务设计。
DevOps 自动化
本单元介绍 DevOps 自动化,这是实现一致性、可靠性和部署速度的关键因素。
选择存储解决方案
本单元介绍 Google Cloud 存储和数据解决方案,以及如何选择最符合您的业务和技术要求的解决方案。
Google Cloud 与混合网络架构
本单元介绍 Google Cloud 网络架构,包括混合架构。
将应用部署到 Google Cloud
本单元介绍可将应用部署到 Google Cloud 的不同方式。Google Cloud 提供众多可用的部署平台,因此不一定每次都能立即选出最合适的方式。
设计可靠的系统
本单元介绍如何设计可靠的系统。
安全
本单元的主题是安全。Google 已经在云端安全运维 20 年。我们坚信安全可以推动创新。云架构设计方法应首重安全,其他优势会随之而来。
维护与监控
这是本课程的最后一个单元,我们将介绍应用的维护与监控。
课程资源
所有单元 PDF 文件的链接

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Expose les apprenants à des compétences essentielles pour les carrières dans le cloud computing
Enseigne comment utiliser des schémas de conception éprouvés pour concevoir des solutions cloud fiables et performantes
Renforce les connaissances sur les exigences techniques et commerciales, l'automatisation DevOps et la sécurité
Les apprenants expérimentent des concepts théoriques grâce à des démonstrations et des exercices pratiques
Approfondit les compétences des apprenants en architecture de solutions cloud, en fiabilité et en optimisation des coûts
Nécessite une expérience pratique préalable avec Google Compute Engine ou Google Kubernetes Engine

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Reliable Cloud Infrastructure: Design and Process - 简体中文 with these activities:
Review Reliable Google Cloud Infrastructure: Design and Process
Review the course outline and key concepts to refresh your knowledge and prepare for the course.
Show steps
  • Read the course syllabus and identify key concepts.
  • Review previous notes or resources on Google Cloud Architecture.
  • Complete any prerequisites or refresher materials recommended by the instructor.
Design a Fault-Tolerant Google Cloud Architecture
Practice designing and implementing fault-tolerant systems on Google Cloud to improve your understanding of reliability concepts.
Browse courses on Fault Tolerance
Show steps
  • Identify a real-world scenario or use case.
  • Create a logical architecture diagram.
  • Implement the architecture using Google Cloud services.
  • Simulate failures and test the system's behavior.
  • Refine the design based on test results.
Show all two activities

Career center

Learners who complete Reliable Cloud Infrastructure: Design and Process - 简体中文 will develop knowledge and skills that may be useful to these careers:
Cloud Architect
Cloud Architects are responsible for designing and implementing cloud solutions that meet the business needs of an organization. This includes designing and managing cloud infrastructure, as well as developing and implementing cloud security and compliance measures. The course helps Cloud Architects build a foundation in designing and implementing reliable and scalable cloud solutions, preparing them for success in this role.
Cloud Data Engineer
Cloud Data Engineers are responsible for designing and building data pipelines and data processing systems on the cloud. This includes developing and implementing data ingestion, transformation, and analysis processes, as well as managing and monitoring data quality. The course provides a solid foundation in designing and implementing reliable and scalable cloud-based data solutions, making it a valuable asset for Cloud Data Engineers.
Site Reliability Engineer
Site Reliability Engineers are responsible for ensuring the reliability and performance of software systems. This includes monitoring and troubleshooting systems, as well as developing and implementing reliability and performance improvements. The course can provide Site Reliability Engineers with a deeper understanding of designing and implementing reliable and scalable cloud-based systems, helping them excel in this role.
Cloud Service Architect
Cloud Service Architects are responsible for designing and building cloud-based services. This includes developing service architectures, as well as defining and managing service development processes. The course provides a foundation in designing and implementing reliable and scalable cloud solutions, making it a valuable asset for Cloud Service Architects.
Cloud Software Engineer
Cloud Software Engineers take the lead on designing and building software products and applications, focusing on the high availability, performance, and scalability of software. The course can provide a Software Engineer with a background in designing and building reliable and performant software solutions on Google Cloud, thus enhancing their contribution in this role.
Software Architect
Software Architects are responsible for designing and building software systems. This includes developing software architectures, as well as defining and managing software development processes. The course provides a foundation in designing and implementing reliable and scalable software solutions, making it a valuable asset for Software Architects.
Data Engineer
Data Engineers are responsible for building and maintaining the infrastructure used to store, process, and analyze data. This includes designing and implementing data pipelines, as well as developing and maintaining data quality processes. The course provides the foundational knowledge needed to build reliable and scalable cloud-based data solutions, making it a valuable asset for Data Engineers.
Cloud Service Reliability Manager
Cloud Service Reliability Managers are responsible for ensuring the reliability and performance of cloud services. This includes developing and implementing reliability and performance metrics, as well as managing and responding to incidents. The course may be useful for Cloud Service Reliability Managers as it provides a solid understanding of designing and implementing reliable and scalable cloud-based systems.
Cloud Storage Architect
Cloud Storage Architects are responsible for designing and managing cloud storage solutions. This includes designing and implementing storage systems, as well as developing and implementing storage security and compliance measures. The course may be useful for Cloud Storage Architects as it provides a solid foundation in designing and deploying reliable and scalable cloud-based storage solutions.
Cloud Network Engineer
Cloud Network Engineers are responsible for designing and managing cloud network infrastructure. This includes designing and implementing network topologies, as well as configuring and managing network security. The course may be useful for Cloud Network Engineers as it provides a solid understanding of cloud networking and best practices for designing and deploying reliable and scalable cloud-based networks.
DevOps Engineer
DevOps Engineers are responsible for bridging the gap between development and operations teams, ensuring that software is developed and deployed quickly and efficiently. This includes automating build, test, and deployment processes, as well as monitoring and managing production systems. The course may be useful for DevOps Engineers as it provides a solid understanding of cloud infrastructure and best practices for designing and deploying reliable and scalable cloud-based systems.
Cloud Database Administrator
Cloud Database Administrators are responsible for managing and maintaining cloud databases. This includes provisioning and configuring databases, as well as monitoring and troubleshooting database performance. The course may be useful for Cloud Database Administrators as it provides a solid understanding of cloud databases and best practices for designing and deploying reliable and scalable cloud-based database solutions.
Data Analyst
Data Analysts are responsible for collecting, analyzing, and interpreting data to help businesses make informed decisions. This includes developing and implementing data analysis tools and techniques, as well as communicating data insights to stakeholders. The course may be useful for Data Analysts as it provides a solid foundation in data analysis and best practices for designing and implementing reliable and scalable cloud-based data solutions.
Information Security Analyst
Information Security Analysts are responsible for protecting an organization's information systems from unauthorized access, use, disclosure, disruption, modification, or destruction. This includes developing and implementing security policies, as well as monitoring and responding to security threats. The course may be useful for Information Security Analysts as it provides a solid foundation in designing and implementing secure cloud solutions.
Cloud Security Engineer
Cloud Security Engineers are responsible for securing cloud infrastructure and applications. This includes developing and implementing security policies, as well as monitoring and responding to security threats. The course may be helpful for Cloud Security Engineers as it provides a solid foundation in designing and implementing secure cloud solutions.

Reading list

We've selected ten books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Reliable Cloud Infrastructure: Design and Process - 简体中文.
Provides a comprehensive overview of SRE practices, tools, and techniques to help you build and operate reliable and scalable systems.
Provides a comprehensive guide to designing and building data-intensive applications that are reliable, scalable, and maintainable.
Provides a practical guide to designing and building software architectures that are clean, maintainable, and extensible.
Provides a practical guide to implementing DevOps practices in your organization to improve software delivery and operations.
Provides a practical guide to using infrastructure as code to manage and provision cloud infrastructure.
Provides a practical guide to using Kubernetes to manage and orchestrate containerized applications.
Provides a comprehensive overview of service meshes and how to use them to improve the reliability and scalability of your applications.

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