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Dur: 2 months
Course fee : 20000 /-

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DevOps & Site Reliability Engineering (SRE)

Course Overview

The DevOps & Site Reliability Engineering (SRE) Training is designed to empower IT professionals with the skills to integrate development and operations seamlessly. This training provides comprehensive insights into modern DevOps practices, SRE principles, automation, and monitoring. Gain expertise in building scalable, reliable, and efficient IT infrastructures with real-world use cases and hands-on labs. Whether you're a developer, system administrator, or IT manager, this course is tailored to help you thrive in the world of continuous delivery and operational excellence.

DevOps & Site Reliability Engineering (SRE) Course Features

  • Certification: Industry-recognized credentials.
  • Weekly Assignments: Practical tasks with mentor feedback.
  • 24/7 Support: Help for troubleshooting and questions.
  • Stickers: Docker, Kubernetes, CI/CD, Terraform.

Description

This course bridges the gap between traditional IT operations and development with an emphasis on reliability, scalability, and automation. It covers core DevOps tools and practices like CI/CD pipelines, infrastructure as code (IaC), containerization, and monitoring while aligning them with SRE's focus on service-level objectives (SLOs), error budgets, and automation to improve operational efficiency. Learn from industry experts and apply practical skills to manage production systems, reduce downtime, and ensure high-quality software delivery.

DevOps & Site Reliability Engineering (SRE) Training Highlights:

  • Modern DevOps principles and SRE best practices.
  • Hands-on labs with tools like Docker, Kubernetes, Jenkins, and Prometheus.
  • Building and managing CI/CD pipelines.
  • Automation with scripting and cloud-native tools.
  • Real-world projects for operational troubleshooting.
  • 24/7 online support and certification upon completion.

Course Objectives

  • Master DevOps & SRE Practices: Learn best practices to build reliable and scalable systems.
  • Hands-on Projects: Solve real-world challenges with automation and observability tools.
  • Industry-Ready Skills: Achieve confidence to handle production-level responsibilities.

Capstone Projects (Real-World Scenarios)

Project 1: Multi-Cloud Architecture

  • Use AWS and GCP to build a highly available, fault-tolerant system.
  • Deploy Kubernetes workloads with CI/CD pipelines.

Project 2: Observability in Production

  • Implement full-stack observability with ELK and OpenTelemetry.
  • Set up Grafana alerts and dashboards for proactive monitoring.

Project 3: DevSecOps Pipeline

  • Create a secure CI/CD pipeline with vulnerability scanning and dynamic analysis.

Prerequisites
    • Basic knowledge of software development and IT operations.
    • Familiarity with Linux/Unix commands and scripting is advantageous.
    • Understanding of cloud computing concepts (AWS, Azure, or GCP) is recommended but not mandatory.
    • Passion for automation and interest in modern IT infrastructure practices.
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Course Curriculum

  • Theory
    • What is DevOps? Key principles & practices
    • DevOps Lifecycle: Plan ➟ Develop ➟ Build ➟ Test ➟ Deploy ➟ Monitor.
    • Continuous Integration (CI) & Continuous Delivery (CD): Processes & benefits.
  • Hands-on Projects
    • Project: Automate deployment of a static website using GitHub Actions.
    • Project: Build a CI/CD pipeline to deploy a Node.js application using Jenkins.

  • Theory
    • SRE Fundamentals: SLIs, SLOs, and Error Budgets.
    • Incident Management: Root Cause Analysis (RCA) and Post-Mortems.
    • SRE vs DevOps: Key differences and integration.
  • Hands-on Projects
    • Project: Set up SLOs and error budgets for a microservice application using Grafana.
    • Project: Simulate an incident and create a detailed RCA report.

  • Theory
    • Introduction to IaC: Concepts and Benefits
    • Tools Overview: Terraform, Ansible, and CloudFormation.
    • State Management: Importance and best practices.
  • Hands-on Projects
    • Project: Deploy a production-ready environment with Terraform and Ansible.
    • Project: Configure an autoscaling EC2 instance on AWS using IaC.

  • Theory
    • AWS Core Services: Compute, Networking, Storage.
    • GCP Fundamentals: GKE, Cloud Functions, and BigQuery.
  • Hands-on Projects
    • Project: Build a highly available architecture on AWS with a VPC, NAT Gateway, and EC2.
    • Project: Deploy a Kubernetes application on Google Kubernetes Engine (GKE).

  • Theory
    • Tools Overview: Ansible, Chef, Puppet
    • Configuration File Management and Versioning
  • Hands-on Projects
    • Project: Automate Apache installation using Ansible playbooks.
    • Project: Create Chef cookbooks for managing user configurations.

  • Theory
    • Docker Basics: Images, Containers, Networking.
    • Kubernetes Essentials: Pods, Deployments, Services.
  • Hands-on Projects
    • Project: Containerize a Python Flask app with Docker.
    • Project: Containerize a Python Flask app with Docker.

  • Theory
    • Observability Principles: Logs, Metrics, Traces
    • Choosing the Right Tools: ELK, Prometheus, OpenTelemetry
  • Hands-on Projects
    • Project: Implement centralized logging with the ELK Stack for a multi-service app.
    • Project: Integrate OpenTelemetry for tracing in a CI/CD pipeline.

  • Theory
    • Principles of DevSecOps: Integrating security into pipelines
    • Vulnerability Scanning: Tools like SonarQube and Trivy
  • Hands-on Projects
    • Project: Implement static code analysis using SonarQube in a Jenkins pipeline.
    • Project: Automate Docker image vulnerability scans with Trivy.

  • Theory
    • Jenkins Basics: Pipelines, Plugins, Integration.
    • GitLab CI/CD: Setup, YAML syntax, and pipelines.
  • Hands-on Projects
    • Project: Build a multi-stage CI/CD pipeline for a Java Spring Boot application.
    • Project: Automate Kubernetes deployments using GitLab CI/CD.

  • Theory
    • Fundamentals of Microservices Architecture.
    • Istio Service Mesh: Routing, Security, Observability.
  • Hands-on Projects
    • Project: Deploy and manage a microservice with Istio on Kubernetes.
    • Project: Implement canary deployments using Istio’s traffic management.

  • Theory
    • Python Basics for Automation.
    • Shell Scripting Essentials for DevOps.
  • Hands-on Projects
    • Project: Automate EC2 provisioning with Python and Boto3.
    • Project: Write shell scripts to monitor system health and automate alerts.

  • Theory
    • TCP/IP, HTTP/HTTPS, and DNS Protocols.
    • VPNs, SSL/TLS, and SSH Basics.
  • Hands-on Projects
    • Project: Configure secure SSH access to AWS instances.
    • Project: Create a VPC with multiple subnets and routing tables using Terraform.
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Who can learn this course

This course is ideal for:

  • Software Developers and IT Engineers transitioning to DevOps or SRE roles.
  • System Administrators aiming to enhance their automation skills.
  • Cloud Engineers seeking advanced knowledge of DevOps practices.
  • IT Managers and Team Leads responsible for reliability and operational efficiency.
  • Fresh graduates or IT enthusiasts aspiring for a career in DevOps or SRE.

Average package of course (DevOps & Site Reliability Engineering (SRE))

45% Avg
salary hike
7 - 10L Avg
Package
Upcoming Batches
Live Training Batches Timetable
Course Name Faculty Date Time Mode of Training Batch Type Meeting Link
DevOps & Site Reliability Engineering (SRE) Mr. Rajinikanth 23 Dec 8:00 PM (IST) online Online Training
Training Features
Comprehensive Course Curriculum

Elevate your career with essential soft skills training for effective communication, leadership, and professional success.

Experienced Industry Professionals

Learn from trainers with extensive experience in the industry, offering real-world insights.

24/7 Learning Access

Enjoy round-the-clock access to course materials and resources for flexible learning.

Comprehensive Placement Programs

Benefit from specialized programs focused on securing job opportunities post-training.

Hands-on Practice

Learn by doing with hands-on practice, mastering skills through real-world projects

Lab Facility with Expert Mentors

State-of-the-art lab facility, guided by experienced mentors, ensures hands-on learning excellence in every session

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