SRE For Architects Training

The SRE for Architects Training course is designed to provide architects with the knowledge and skills necessary to implement Site Reliability Engineering (SRE) principles and practices in their organizations.

This course focuses on helping architects understand the key concepts, tools, and methodologies used in SRE to achieve highly reliable and scalable systems. Participants will learn about topics such as service-level objectives (SLOs), error budgeting, incident response, capacity planning, and automation.

Through real-world examples and interactive exercises, architects will gain practical insights into designing and implementing resilient and efficient systems. By the end of this training, attendees will be equipped to architect and lead SRE initiatives that drive reliability and availability in their organizations’ infrastructure and services.

Course Outline:

• Module 1 : SRE -Big Picture
• History of Site Reliability Engineering
• Introduction to SRE
• Define Site Reliability Engineering (SRE)
• DevOps and SRE differences
• Module 2.A  :  Principles  of SRE
• Embracing Risk
• Service Level Objectives
• Eliminating Toil
• Monitoring Distributed Systems
• The Evolution of Automation at Google
• Release Engineering
• Simplicity
• Module 2.B Handson Lab – Before DevOps scenario labs
• Create repository on Bitbucket
• Git clone, install maven
• Perform manual package
• Deploy application
   
• Module 3 :  Practices in SRE  - Part 1
• Practical Alerting
• Being On-Call
• Effective Troubleshooting
• Emergency Response
• Managing Incidents
• Postmortem Culture: Learning from Failure
• Tracking Outages
• Testing for Reliability
• Software Engineering in SRE

And more.

Course Objectives:

• Understand what Site recovery manager is
• Greater understanding of Practices and Principles of SRE
• What is DevOps
• Differentiate between devops and SRE
• Understand various tools used in Automation
• Understand various tools used in software build and release
• Gain handson experience on jenkins, docker , terraform kubernetes, and ansible