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DevOps Engineer Certification Training Course 2026

This DevOps Engineer Certification by NovelVista is designed to help professionals build practical expertise in CI/CD, automation, cloud infrastructure, and container orchestration. This DevOps Engineer Course helps you streamline software delivery, improve collaboration, and manage scalable modern environments.

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  • Online learning session
  • Accredited Trainer
  • Exam fee included
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Certified DevOps Engineer Certification Course Overview

The DevOps Engineer Certification is designed to help professionals build practical expertise in automation, continuous delivery, cloud infrastructure, and modern engineering practices. This DevOps Engineer Training focuses on applying DevOps principles to improve release speed, reliability, collaboration, and operational efficiency.

This DevOps Engineer Course covers key areas such as CI/CD pipelines, Jenkins, Git, AWS, shell scripting, Terraform, Ansible, Docker, Kubernetes, monitoring, and GitOps practices. Through this DevOps Engineer Certification Course, learners gain the ability to manage scalable delivery environments and modern deployment workflows with confidence.

Delivered by NovelVista, this DevOps Engineer Course online follows a practical learning approach with real-world scenarios, hands-on exercises, and implementation-focused learning. By completing this DevOps Certification Training Course, professionals will be prepared to contribute confidently to DevOps, cloud, platform, and automation teams while advancing their careers in modern technology environments.

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What You Will Get?

Study Material

Mock Exams.

16+ hours of live training.

Exam registration assistance

Case studies soft copy

Official courseware from DOI

Learning Outcome

After the completion of the course, the participants would be able to:

Understand core DevOps principles, culture, and delivery practices
Build and manage CI/CD pipelines for faster releases
Use Git, GitHub, and GitLab for version control workflows
Work with AWS services and cloud infrastructure basics
Apply shell scripting for automation and operational tasks
Implement Infrastructure as Code using Terraform
Use Ansible for configuration management and automation
Build, manage, and deploy containers using Docker
Work with Kubernetes for orchestration and scaling
Prepare confidently for the DevOps Engineer Course exam and real-world application

Training Calendar

Self-Paced Training
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Lifetime access

English

  • Self paced videos, assessments, recall quizzes, more
  • For more details, reach us at training@novelvista.com
$ 550$ 699

Includes Training, Exam & Certification

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Course Curriculum

This DevOps Engineer Course is designed to help you build practical expertise in automation, cloud platforms, CI/CD pipelines, containers, Kubernetes, and modern delivery operations.

Module 1: Fundamentals of DevOps+

Build a strong foundation in DevOps culture, practices, and continuous delivery thinking.

  • Fundamentals of DevOps: Learn core DevOps principles, collaboration models, automation mindset, feedback loops, and practices that improve software delivery speed and reliability.
  • Improve SDLC with DevOps, CI/CD, and Agile: Understand how DevOps, Agile, and CI/CD modernize software lifecycles through faster releases, improved collaboration, and continuous value delivery.
  • Hands-On Basic DevOps Pipeline Setup: Learn how simple pipelines automate integration, testing, and deployment stages for efficient and repeatable software delivery workflows.

Module 2: Virtual Machines and AWS+

Learn how cloud infrastructure supports scalable environments used in DevOps operations.

  • Virtual Machines Fundamentals: Learn how virtual machines create isolated environments for development, testing, application hosting, and infrastructure management across organizations.
  • AWS and Creating Virtual Machines: Understand how AWS services help launch and manage cloud instances quickly for modern engineering workloads.
  • Connecting to EC2 Using Mobaxterm: Learn secure methods to connect from Windows systems to EC2 instances for administration and deployment tasks.
  • Hands-On EC2 Instance Creation and Access: Understand practical steps for creating, configuring, and accessing cloud servers in AWS environments.

Module 3: AWS CLI and Shell Scripting+

Build practical automation skills for Linux systems and cloud operations.

  • Cloud Benefits and AWS Account Basics: Learn how cloud platforms offer scalability, flexibility, cost efficiency, and rapid provisioning for technical teams.
  • AWS CLI Full Guide: Understand how AWS CLI manages services, automates repetitive tasks, and supports infrastructure operations through command-line workflows.
  • Linux and Shell Scripting Fundamentals: Learn Linux commands, permissions, navigation, and scripting basics required for DevOps administration and automation work.
  • Shell Scripting for DevOps Automation: Explore how scripts automate deployments, backups, monitoring, file handling, and operational workflows efficiently.
  • Live AWS Project with Shell Scripting: Understand practical scenarios where shell scripts automate AWS resources and infrastructure management tasks.

Module 4: Git, GitHub, and GitLab+

Learn version control platforms that enable collaborative software development.

  • Git and GitHub Fundamentals: Learn how Git tracks code changes while GitHub enables collaboration, reviews, repository hosting, and workflow management.
  • Git Branching Strategy: Understand branching models used for feature development, releases, hotfixes, and controlled collaboration processes.
  • Bitbucket Overview: Learn how Bitbucket supports source control, repository security, and enterprise collaboration requirements.
  • GitLab Getting Started and CI/CD: Explore GitLab repositories, commands, runners, and CI/CD capabilities for automated software delivery pipelines.
  • Hands-On Repository Management: Understand practical tasks such as creating repositories, forking projects, SSH setup, and managing code workflows.

Module 5: Infrastructure as Code and Configuration Management+

Learn how automation tools manage infrastructure provisioning and system consistency at scale.

  • Deploy and Expose Your First App to AWS: Learn how applications are deployed to AWS environments and exposed securely for user access and testing purposes.
  • Top AWS Services for DevOps: Understand commonly used AWS services that support compute, storage, networking, monitoring, and automation workflows.
  • Configuration Management with Ansible: Learn how Ansible automates server configuration, software installation, updates, and repeatable infrastructure tasks efficiently.
  • Infrastructure as Code with Terraform: Explore how Terraform provisions cloud infrastructure through reusable code and version-controlled deployment workflows.
  • Project Management Tools and JIRA Workflow: Understand how project tracking tools and JIRA workflows improve collaboration, visibility, and delivery management.

Module 6: CI/CD and Project Management+

Build practical expertise in automated delivery pipelines and release workflows.

 

  • What is CI/CD: Learn how continuous integration and continuous delivery accelerate releases through automation, testing, and reliable deployment practices.
  • Jenkins for CI/CD Automation: Understand how Jenkins manages builds, testing pipelines, deployments, and workflow orchestration across environments.
  • GitHub Actions and Self-Hosted Runners: Learn how GitHub Actions automates workflows using hosted or self-managed runner environments efficiently.
  • Working with YAML Configurations: Explore how YAML files define pipelines, workflows, environments, and automation settings clearly and consistently.
  • Harness CD and Deployment Strategies: Understand Harness continuous delivery, canary deployments, GitOps onboarding, and controlled release strategies.
  • End-to-End Software Delivery Pipeline: Learn how integrated pipelines connect source control, testing, approvals, deployments, and monitoring successfully.

Module 7: Containers, Docker, and Kubernetes+

Learn containerization and orchestration practices for scalable modern applications.

  • Introduction to Containers: Learn how containers package applications with dependencies for portable, lightweight, and consistent deployments across environments.
  • Docker Walkthrough and Basics: Understand Docker images, containers, registries, and commands used in daily DevOps workflows.
  • Docker for Django Applications: Learn how containerization supports application packaging and deployment for framework-based workloads.
  • Multi-Stage Builds, Volumes, and Networking: Explore optimized builds, persistent storage, and networking models such as bridge, host, and overlay modes.
  • Introduction to Kubernetes Architecture: Understand Kubernetes components, cluster structure, and orchestration concepts used to manage container workloads.

Module 8: Kubernetes Advanced Concepts and Monitoring+

Learn advanced Kubernetes capabilities for secure scaling, traffic management, and observability.

  • Kubernetes Clusters, Pods, and Deployments: Learn how clusters run workloads using pods and deployments for scalable, resilient application management across environments.
  • Kubernetes Services and Service Demo: Understand how services expose applications internally or externally and enable reliable network communication between workloads.
  • Ingress, TLS, and Ingress Controllers: Learn how ingress routes external traffic securely using TLS certificates and controller-based traffic management.
  • RBAC and Custom Resources: Explore role-based access control and custom resources used for governance and Kubernetes extensibility needs.
  • Monitoring with Prometheus and Grafana: Understand how Prometheus collects metrics while Grafana visualizes performance and health dashboards effectively.
  • Hands-On Kubernetes Monitoring Setup: Learn practical steps to configure monitoring solutions for clusters and application workloads successfully.

Module 9: Helm, GitOps with Argo CD, and Live Projects+

Build deployment expertise using package managers, GitOps workflows, and real implementation projects.

  • Working with Helm: Learn how Helm packages Kubernetes applications using reusable charts for faster and standardized deployments.
  • What is GitOps: Understand how GitOps uses repositories as the source of truth for controlled infrastructure changes.
  • Architecture of Argo CD: Learn how Argo CD synchronizes Git repositories with Kubernetes clusters for automated deployments.
  • Install and Use Argo CD: Explore installation steps, application onboarding, and operational usage of Argo CD environments.
  • Multi-Cluster Deployment with GitOps: Understand how GitOps manages consistent deployments across multiple Kubernetes clusters efficiently.
  • AWS Live Projects and Jenkins CI/CD Implementation: Learn through real projects involving AWS deployments and end-to-end Jenkins delivery pipeline execution.

Course Details

What Will You Get?+

This DevOps Engineer Certification provides a complete, practical learning experience designed to help you build DevOps expertise and achieve certification with confidence.

  • Engaging digital learning videos
  • Access to expert-led sessions and case studies
  • Downloadable resources and reference templates
  • AI-based roleplay and simulation exercises
  • Practice exams and mock tests
  • Certification exam voucher
  • Two exam attempts
  • Hands-on learning with real-world scenarios
  • Interview preparation support
  • Globally recognized certification

Eligibility+

This DevOps Engineer Course is designed for professionals who want to build expertise in automation, CI/CD, cloud infrastructure, containers, and modern DevOps practices.

  • Software developers and application engineers
  • DevOps engineers and practitioners
  • Cloud engineers and infrastructure professionals
  • System administrators and IT operations teams
  • QA and test automation professionals
  • Release and build engineers
  • Students and fresh graduates interested in DevOps careers
  • Anyone looking to build a career in DevOps engineering

Prerequisite+

There are no strict mandatory requirements for this DevOps Engineer Course. However, having basic knowledge will help you learn more effectively.

  • Basic understanding of software development concepts
  • Familiarity with Linux or command line usage is helpful
  • Awareness of cloud, networking, or version control concepts is beneficial
  • Basic analytical and problem-solving skills
  • Interest in automation, CI/CD, and modern DevOps practices

Training Delivery Style+

This DevOps Engineer Training is delivered in a flexible self-paced format, allowing you to learn at your own pace and convenience.

  • Fully self-paced online learning
  • Anytime, anywhere access
  • Structured digital learning modules
  • On-demand expert-led video sessions
  • Practice tests and mock exams
  • AI-based roleplay and simulations
  • Downloadable resources and templates
  • Lifetime access to course content

Benefits of This Course+

This DevOps Engineer Certification helps you build practical automation skills, manage modern infrastructure, and strengthen your career in high-demand technology roles.

  • Build Strong DevOps Foundations: Learn core DevOps principles, collaboration models, automation culture, and delivery practices used by modern engineering teams.
  • Master CI/CD Pipelines: Gain practical expertise in continuous integration and continuous delivery pipelines that improve release speed and software quality.
  • Develop Cloud Infrastructure Skills: Learn how AWS and cloud platforms support scalable, flexible, and reliable application environments.
  • Improve Automation with Scripting: Build confidence using shell scripting to automate repetitive tasks, deployments, and infrastructure operations efficiently.
  • Work with Infrastructure as Code: Understand how Terraform and automation tools help provision consistent infrastructure through reusable code.
  • Strengthen Configuration Management: Learn how tools such as Ansible improve server setup, configuration consistency, and operational efficiency.
  • Gain Container and Kubernetes Expertise: Develop practical knowledge of Docker containers and Kubernetes orchestration for scalable application delivery.
  • Enhance Monitoring and Reliability: Learn how observability and monitoring tools help maintain healthy, high-performing environments.
  • Increase Career Opportunities: Strengthen your professional profile for roles in DevOps, cloud engineering, platform engineering, and automation teams.
  • Earn a Globally Recognized Certification: Validate your expertise with a certification that demonstrates practical DevOps engineering knowledge and modern delivery skills.

Certified DevOps Engineer Certification Exam Format

Certification

Exam Format - Objective Type, Multiple Choice

Exam Duration - 90 minutes

No. of Questions - 40 (multiple-choice questions)

Passing Criteria - You need to acquire 26+ marks to clear the exam.

Certificate - Within 5 business days

Exam will be moderated by our trainer

Frequently Asked Questions