DevOps Course Syllabus

DevOps is a movement that combines software engineering (Dev), systems operations (Ops), and security (Sec) into a single, automated lifecycle. It aims to shorten the systems development life cycle and provide continuous delivery with high software quality. It accelerates software delivery by breaking down silos and fostering collaboration.

In this comprehensive DevOps Course Syllabus, you will learn about:

• The core principles of DevOps culture and collaboration
• Essential tools for automation and infrastructure as code
• Implementing continuous integration and continuous delivery (CI/CD) pipelines
• Monitoring and optimizing system performance
• Effective communication and collaboration strategies

Enhance your career by mastering the essential skills of DevOps. Enroll in Scaler’s DevOps course today and become proficient in delivering high-quality software faster and more reliably!

What is DevOps and Why is It Important?

Continuous Integration and Rapid Deployment are the two pillars every modern tech ecosystem must build on from instant feature updates in mobile apps to the “always-on” resilience of global banking platforms.

You’ll go beyond simple collaboration building a unified, high-speed delivery engine where the traditional walls between “writing code” and “running servers” are permanently dismantled in favor of Infrastructure as Code (IaC) and Self-Healing Automation.

These are the most tested principles in Platform Engineering interviews and the most deployed cultural shifts in elite engineering teams at Netflix, Stripe, and Google.

Why DevOps Matters:

DevOps is becoming really important in today’s fast-paced tech world. Here’s why:

• Foundation – The Infinite Feedback Loop: Merging the creative agility of Development with the ironclad stability of Operations into a single, automated lifecycle.
• Velocity – Micro-Changes over Monoliths: Moving away from massive, risky “Big Bang” releases to small, frequent updates that allow teams to pivot instantly and minimize the “blast radius” of errors. DevOps helps companies release new features and updates more often, so they can stay ahead of their competitors and meet customer needs quickly.
• Resilience – The Automation First-Principle: Shifting from manual troubleshooting to “Observability-Driven Development,” where systems are engineered to detect, report, and fix their own bottlenecks before a human ever sees a ticket.
• Culture – Shared Ownership: Transforming team communication so that security, performance, and cost-efficiency are everyone’s responsibility from the first line of code to the final deployment.

• Culture – Improved Collaboration: DevOps encourages developers and IT pros to work together . This leads to better communication and fewer mistakes.
• Value add – Enhanced Quality and Reliability: With DevOps, software is tested often, and problems are caught early on. This increases the overall reliability of the software. 
• Finances – Reduced Costs: DevOps can save companies money by reducing manual work, fixing problems faster, and avoiding costly mistakes.

In essence, DevOps is about working smarter, not harder.  By embracing DevOps, businesses can gain a competitive advantage, foster innovation, and better serve their customers.

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DevOps Course Syllabus 2026

Module 1: Mastering Linux for DevOps

• Introduction to Linux
• File management in Linux
• Process management in Linux
• Network management in Linux

Module 2: Mastering Shell scripting for DevOps

• Shell scripting introduction
• Shell scripting deep dive for file management
• Shell scripting deep dive for process management
• Shell scripting deep dive for network management
• AI Bang: Using GitHub co-pilot to script.

Module 3: Version Control with Git

• Introduction to version control
• Basics of Git
• Installing and configuring Git
• Common Git commands
• Branching and merging strategies
• Working with remote repositories

Module 4: DevOps Module I

• Docker and Docker in AI/ML World
  • Docker introduction
  • Docker image and Docker containers
  • Building your own Docker images
  • Images and Containers deep dive
  • Docker networking deep dive
  • Advanced implementation and security patterns
  • Docker in AI/ML World
• Kubernetes and AI/ML in Kubernetes
  • Introduction to Orchestration
  • Kubernetes architecture
  • Kubernetes Pod deep dive
  • Kubernetes Replicaset and Kubernetes Deployment deep dive
  • Design patterns in kubernetes
  • Kubernetes networking
  • Scaling options in kubernetes
  • Real world use cases 
  • AI/ML in Kubernetes
  • Deploying ML application in a kubernetes cluster
  • Best practices while deploying AI/ML applications in kubernetes cluster 
  • Advanced kubernetes patterns
  • Advanced kubernetes topics for CKA/CKAD
• Observability in modern world
  • Introduction to Observability
  • Prometheus and Grafana setup
  • Prometheus Monitoring Configuration
  • Advanced Monitoring Techniques
  • Introduction to Grafana
  • Grafana deep dive
  • Best Practices and Real-World Use Cases in Grafana
  • Deploying your graph in Graphana on a Kubernetes cluster
  • Project on deploying applications in a kubernetes cluster

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Module 5: DevOps Module II

• What is DevOps?
• DevOps principles 
• DevOps lifecycle
• DevOps delivery pipeline
• Introduction to CI/CD
• Jenkins
  • Jenkins introduction, architecture, jobs
  • Project: CI/CD on Jenkins using simple job
  • Jenkins pipeline syntax walk through
  • Project: CI/CD on Jenkins using pipelines
  • Jenkins advanced patterns and implementation
  • Project 
• GitHub Actions and advanced practices
  • Introduction to GitHub Actions
  • Deep dive into GitHub Actions
  • Advanced Techniques and Best Practices
  • Security Best practices 
  • Project
• ArgoCD and Gitops
  • Introduction to ArgoCD
  • Advanced ArgoCD Usage and Configuration
  • Advanced Features and Integration
  • Project Demo
• Ansible in AI/ML world
  • Introduction to IaC
  • Introduction to Ansible
  • Ansible Playbooks & Modules
  • Templates, Variables & Facts
  • Roles & Advanced Topics
  • Ansible Vault & Best Practices
  • Ansible in AI/ML world
  • Ansible Project

Module 6: AWS

• Cloud Basics & Evolution
• AWS Compute & EC2 Intro
• EC2 Deep Dive
• EC2 Hosting
• Auto scaler
• Load Balancing
• AWS IAM Basics
• AWS Storage & CloudFront
• S3 Deep Dive
• AWS CLI 
• Introduction to Boto 
• AWS VPC & Networking Basics
• Advanced AWS Networking
• AWS Observability & CloudWatch
• CloudWatch & CloudTrail Advanced
• Docker App on EC2 Project
• AWS Lambda & API Gateway 

Module 7: AWS II – AWS in modern world

• AWS ECS & ECR Intro
• ECS Fundamental
• EKS Basics
• EKS Advanced
• Microservices on AWS Project
• AWS CI/CD & Pipelines
• Querying AWS Services
• Serverless on AWS
• AWS Cloud Formation
• AWS Security: Identity & Network
• AWS Security: Data & Detection
• AWS Security Hands-on
• AWS Control Tower
• AWS RDS (SQL Databases)
• DynamoDB (NoSQL)
• AWS Glue & Athena
• AWS Migration Services
• Generative AI on AWS
• AI/ML services in AWS
• AWS Services Deep Dive
• Kubernetes AI Project

Module 8: Infrastructure as a Code with Terraform

• Terraform & IaC Intro
• Terraform Language Deep Dive
• Terraform State & Modules
• Terraform Dependencies
• Advanced Terraform Workspaces
• Terraform Cluster Project
• Deploying an app – Project Day 1

Option B: Learners have an option to choose between Cybersecurity and DevOps path. This option happens after completing preliminary modules

Module 9: Introduction to Cybersecurity

• Cybersecurity Fundamentals
• Frameworks & Standards
• VAPT Methodology

Module 10: Network Security

• Networking Fundamentals
• Protocol Security
• Traffic Analysis
• Web Protocols
• Introduction to Encryption & PKI
• Browser Security
• Tools Covered
• AI Driven packet analysis
• Zeek 
• Arkime
  

Module 11: OS Security and Hardening

• Linux Security
• Windows Security
• Active Directory (AD) Fundamentals
• AD Enumeration and User Management
• Advanced Monitoring (Sysinternals)
• AI based OS Security
• Tools Covered

Module 12: VAPT

Subsection: Cryptography

• Core Concepts
• Data Formats
• Token Security
• Tools Covered

Subsection: Web Application Hacking 

• Reconnaissance
• Authentication & Session Management
• Client-Side Attacks
• Injection Attacks:
• Advanced Logic & Infrastructure
• Secure Coding & Defense

Subsection: API Exploitation

• REST API Security:
• SOAP & XML:
• GraphQL
• AI-Enhanced Payload Crafting (Web & API)
• Automated Pentest Reporting & LLM Scanning
• Hacking AI Chatbots: Prompt Injection & Jailbreaking
• Tools Covered: Postman, SoapUI, GraphQL Voyager, InQL, XMLSecTool.

Module 13: Multi-Cloud and Cluster Security

• AWS Security
• Multi-Cloud Strategy
• Container Security (Docker)
• Cluster Security (Kubernetes)
• Tools Covered

Module 14: Multi-Cloud and Cluster Security

• Incident Response (IR)
• BCP & DR
• Compliance
• Change Management

Module 15: SOC/SIEM

• SOC Operations and SIEM Architecture
• Extended Detection and Response (EDR) 
• Extended Detection and Response (XDR) 
• User and Entity Behavior Analytics (UEBA) 
• Cyber Forensics Lifecycle
• SIEM Tools & Stack
• Network Analysis and Packet Capture

Module 16: Capstone Project in Cyber security

• Full Spectrum Recon
• Exploitation
• Lateral Movement & Pivoting
• Reporting & Defense

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Scaler’s DevOps Course

Scaler Academy has established itself as a leader in tech education with its rigorous, outcome-oriented programs.  With the same initiative, the Scaler DevOps Course is designed to transform you into a highly skilled DevOps engineer ready to tackle real-world challenges.

What Sets Scaler’s DevOps Course Apart

• Industry-Vetted Curriculum: The curriculum is meticulously crafted by industry experts as per the industry standards  It shall help in the learning of the latest tools and several efficient DevOps practices. You’ll gain in-depth knowledge of Linux, Git, Docker, Kubernetes, CI/CD pipelines, and more. 
• Expert Mentorship: Scaler provides personalized 1:1 mentorship from experienced DevOps professionals who have worked at top tech companies. They offer guidance, support, and insights into real-world scenarios, ensuring you’re well-prepared for a successful career.
• Hands-On Learning:  The course provides practical, hands-on learning through real world projects and case studies. You’ll get the opportunity to build CI/CD pipelines, deploy applications in the cloud, and tackle challenges you’re likely to encounter in a professional setting.
• Robust Placement Support: Scaler boasts a vast network of 900+ hiring partners, providing graduates with unparalleled access to job opportunities in leading tech companies. Their dedicated career services team offers resume building workshops, mock interviews, and personalized career guidance, ensuring you’re well-prepared to ace your job interviews and land your dream DevOps role.
• Flexible Learning Options: Scaler offers both live online classes and self-paced learning options to cater to different learning styles and schedules. You can choose the format that best suits your needs and learn at your own pace.

Who Should Consider Scaler’s DevOps Course?

This course is ideal for:

• Software developers and engineers who want to transition into a DevOps role.
• System administrators and operations engineers looking to upskill and embrace DevOps practices.
• Individuals with a passion for technology and a desire to build a rewarding career in DevOps.

Scaler’s DevOps Course is a comprehensive and career-focused program that equips you with the skills and knowledge needed to excel in this field. Whether you’re a beginner or an experienced professional, this course can accelerate your career and help you make a significant impact in the world of software development.

What to Do After the Course?

Completing a DevOps course is just the beginning of your journey. The skills you’ve acquired open doors to a wide range of career paths and opportunities in the ever-evolving tech industry. Here’s a roadmap to guide you on your next steps:

Career Paths in DevOps

The DevOps landscape offers a variety of roles, each with its unique focus and responsibilities:

• DevOps Engineer: A versatile role that bridges the gap between development and operations implementing automation, CI/CD pipelines, and infrastructure as code.
• Site Reliability Engineer (SRE): Focuses on building and maintaining highly reliable and scalable systems, often using software engineering principles to solve operational problems.
• Cloud Engineer: Specializes in designing, deploying, and managing cloud-based infrastructure and applications.
• Automation Engineer: Develops and implements automation scripts and tools to streamline processes and reduce manual effort.
• Release Engineer: Manages the software release process, ensuring that new features and updates are deployed smoothly and reliably.
• Security Engineer: Focuses on securing systems and applications, implementing security best practices, and responding to security incidents.

Recommended Certifications and Further Learning

To enhance your credibility and demonstrate your expertise, consider pursuing certifications like:

• Certified DevOps Engineer – Professional (AWS): Validates your expertise in designing and managing AWS-based DevOps environments.
• Docker Certified Associate (DCA): Demonstrates your proficiency in Docker, a popular containerization platform.
• Certified Kubernetes Administrator (CKA): Certifies your ability to administer Kubernetes, a leading container orchestration system.

Continuous learning is crucial in this fast-paced tech world. To stay ahead of the curve, consider:

• Specialized Courses: Explore advanced topics like cloud security, infrastructure as code, or machine learning for DevOps.
• Conferences and Workshops: Attend industry events to network with other professionals and learn about the latest trends and technologies.
• Online Communities: Engage with online forums and communities to share knowledge, ask questions, and stay connected with the DevOps community.
• Hands-on Projects: Apply your skills to real-world projects to gain practical experience and build your portfolio.

By actively pursuing further learning and certifications, you can demonstrate your commitment to growth and open doors to exciting new opportunities in the DevOps field.

Read More Articles on DevOps:

• DevOps Roadmap: Learn to Become a DevOps Engineer
• Key DevOps Engineer Skills You Need to Know
• Is DevOps a Good Career for You?

Wrapping Up

A comprehensive DevOps course syllabus acts as a roadmap, guiding you through the essential knowledge and skills needed to excel in this dynamic field. It covers the core principles of DevOps culture, automation tools, CI/CD pipelines, infrastructure as code, monitoring techniques, and collaboration strategies.  Learning the various concepts shall help you to excel as you move forward helping you to navigate the challenges and make the most of the opportunities in your way.

Whether you’re a developer, an operations engineer, or a technology enthusiast, investing in a DevOps education can open doors to a rewarding and impactful career. Explore different course offerings, compare their syllabi, and choose the one that aligns with your career goals and learning style. Your journey towards becoming a DevOps expert starts with a well-structured syllabus and a commitment to continuous learning and improvement.

Take the first step towards a rewarding career in DevOps. Join Scaler’s DevOps course today and unlock your potential in the world of software development and IT operations!

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