• atulsharma.cse@gmail.com
• March 7, 2025
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DevOps is definitely the buzzword of the year! No doubt about its spiking popularity among tech folks. The DevOps technology has redefined the horizons of software development and operations. 

DevOps engineering hit the list of the top 5 most in-demand jobs globally in 2025. This demand is predicted to follow an upward trend for sure. It is expected that by 2025 year-end, over 85% of organizations will integrate DevOps platforms into their development toolkit. 

With such a promising career, it is a sensational step to invest in a career in DevOps. This blog is a perfect guide for freshers who want to learn about the DevOps course syllabus and eventually become a skilled DevOps Engineer.

What is a DevOps Course?

DevOps course will educate you on a method of working that pairs software development (Dev) with IT operations (Ops). It aims to facilitate it being simpler and quicker to develop, test, and deploy software. 

Within the course, you are introduced to tools and techniques that facilitate collaboration among teams, automate activities, and better communicate. Course content typically covers the following topics:

• Version control
• Continuous integration
• Continuous delivery, and monitoring

By knowing DevOps, organizations can develop and release software efficiently and get rid of backlogs effectively. This brings improvements in product quality and enhances satisfaction among the team members.

What are the Best DevOps Certifications?

Suppose you aspire to become a DevOps engineer or want to master combining development (dev) and operations (ops) with specialization in a cloud environment. In that case, you can opt for the following DevOps certifications:

• AWS DevOps Engineer – Professional

Through the AWS DevOps Engineer professional-level certification, candidates can advance technical expertise in provisioning, operating, and managing distributed application systems on Amazon Web Services (AWS).

Exam category	Professional
Duration	180 minutes
Exam format	75 questions (MCQs/multiple responses)
Cost	300 USD
Testing	Pearson VUE
Languages Offered	English, Japanese, Korean, Simplified Chinese

• Microsoft Certified: DevOps Engineer Expert

It is an expert-level certification for aspiring DevOps professionals. This certification prepares you to become a developer or infrastructure admin. You can master how to support continuous delivery, integration, testing, security, deployment, monitoring, and feedback. The goal is to design and implement workflows, automation, and collaboration.

Exam name	AZ-400
Exam cost	$165 USD
Prerequisites	Microsoft Certified: Azure Administrator Associate, Microsoft Certified: Azure Developer Associate
Languages	English, Japanese, Chinese (Simplified), Korean, German, French, Spanish, Portuguese (Brazil), Arabic (Saudi Arabia), Russian, Chinese (Traditional), Italian, Indonesian (Indonesia)
Retirement date	None

• Google Cloud: Professional DevOps Engineer

This DevOps certification by Google tests your knowledge in implementing processes and capabilities throughout the software development lifecycle. It does so by using Google-recommended tools and methodologies. The main goal is the delivery of software and, infrastructure while balancing reliability.

Duration	Two hours
Registration fee	$200 + taxes
Exam format	50-60 MCQs + Multiple select
Language	English, Japanese
Exam Mode	Online-proctored exam
Prerequisites	None
Recommended experience	3+ years industry & 1+ years designing and managing production systems using Google Cloud
Validity	2 years

What is DevOps Course Syllabus?

Our DevOps course is a 12-month long course that covers both beginners and advanced-level topics. The complete DevOps course syllabus is given below:

Beginner Level (0-3 Months)

1. Week 1-2: Introduction to DevOps (10 hours)

• What is DevOps?

• Definition, History, and Goals (2 hours)

• DevOps Culture and Principles

• Collaboration, Communication, Continuous Improvement (2 hours)

• Key DevOps Tools and Technologies

• Overview of tools (Git, Jenkins, Docker, Kubernetes, etc.) (4 hours)

• Version Control with Git

• Basic commands, Branching, Merging (2 hours)

2. Week 3-4: Linux and System Administration Basics (20 hours)

• Linux Fundamentals

• Command-line basics, File system navigation, Permissions (5 hours)

• Shell Scripting

• Basic scripts, Automating tasks (5 hours)

• Package Management

• Installing and managing software (3 hours)

• System Monitoring and Maintenance

• Basic monitoring tools (top, top, ps, netstat) (3 hours)

• Networking Basics

• TCP/IP, DNS, SSH, FTP (4 hours)

3. Week 5-6: Introduction to Automation (20 hours)

• Infrastructure as Code (IaC)

• Introduction to IaC, Benefits, Use cases (2 hours)

• Configuration Management Tools

• Ansible basics, Playbooks, Roles (6 hours)

• Continuous Integration (CI)

• Introduction to CI, Benefits, Tools overview (Jenkins, CircleCI) (4 hours)

• Jenkins Basics

• Installation, Configuration, and Creating a simple CI pipeline (8 hours)

4. Week 7-8: Containerization (20 hours)

• Introduction to Containers

• What are containers? Benefits, Use cases (2 hours)

• Docker Basics

• Installation, Dockerfile, Images, Containers (10 hours)

• Docker Compose

• Multi-container applications, Docker Compose files (4 hours)

• Container Orchestration

• Introduction to Kubernetes, Benefits, Use Cases (4 hours)

5. Week 9-12: Basic Cloud Computing and Services (30 hours)

• Introduction to Cloud Computing

• Cloud service models (IaaS, PaaS, SaaS), Benefits, Providers (AWS, Azure, GCP) (6 hours)

• AWS Basics

• Introduction to AWS, Core services (EC2, S3, RDS) (12 hours)

• Deploying Applications on AWS

• Setting up an EC2 instance, Deploying a simple web application (12 hours)

• Intermediate Level (3-6 Months)

6. Month 4: Advanced Git and CI/CD Pipelines (40 hours)

• Advanced Git

• Rebase, Cherry-pick, and Advanced branching strategies (10 hours)

• Jenkins Advanced

• Pipeline as Code (Jenkinsfile), Declarative vs. Scripted pipelines (10 hours)

• CI/CD Best Practices

• Designing effective CI/CD pipelines and security considerations (10 hours)

• Integration with Other Tools

• Integrating Jenkins with Git, Docker, and Kubernetes (10 hours)

7. Month 5: Advanced Containerization and Orchestration (40 hours)

• Docker Advanced

• Networking, Volumes, Docker Swarm (10 hours)

• Kubernetes Advanced

• Architecture, Pods, Deployments, Services, Ingress (15 hours)

• Helm

• Package management for Kubernetes, and Helm charts (10 hours)

• Kubernetes in Production

• Best practices, Monitoring, Logging (5 hours)

Note: Want to check out the complete DevOps syllabus? Click on the button below.

Bottom Line

In summary, the DevOps syllabus outlined above serves as a comprehensive study guide for both beginners and experienced learners aiming to excel in the DevOps field. The well-structured modules cover key topics like version control, automation, containerization, and cloud services, equipping students with the skills needed to meet the growing demand in the IT industry.

By acquiring these skills, people can promote their professional opportunities and make effective contributions to their firms. Investing in a comprehensive DevOps curriculum is a wise decision for anyone hoping to succeed in today’s fast-changing technology world.

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