DevOps Training Syllabus & Modules
Complete dynamic pacing topics, hand-on tools, and project milestones.
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Detailed Syllabus
Below is the comprehensive, module-by-module curriculum. As this training is strictly 1-to-1, we can adjust the syllabus scope or spend more time on specific modules based on your learning speed.
Course Prerequisites
Basic understanding of Linux command-line operations and Git concepts.
Full Curriculum Structure
Module 1: Linux Administration & Docker 27 Containerization
4 Weeks- Enterprise Linux System Administration & Shell Scripting
- Docker 27 Architecture, Multi-Stage Builds & Optimization
- Docker Compose Networking, Volumes & Secrets Management
- Container Security, Vulnerability Scanning (Trivy) & Podman
Module 2: Kubernetes 1.31 Production Orchestration
4 Weeks- Kubernetes 1.31 Architecture: Pods, Deployments, Services & Ingress
- ConfigMaps, Secrets, Persistent Volumes & StatefulSets
- Helm 3 Chart Packaging & Cluster Configuration Management
- Production Kubernetes Deployments on AWS EKS
Module 3: Infrastructure as Code with Terraform 1.9 & Ansible
4 Weeks- Infrastructure Provisioning with Terraform 1.9 & AWS Provider
- Terraform Modules, State Management & Remote Backends
- Configuration Management & Server Hardening with Ansible 10
- Automated Cloud Infrastructure Lifecycle Management
Module 4: GitOps CI/CD, Observability & Live Internship
4 Weeks- End-to-End CI/CD Pipelines with GitHub Actions & Jenkins
- GitOps Deployments with ArgoCD in Kubernetes
- Observability: Metrics with Prometheus & Dashboards in Grafana
- Live Enterprise Cloud DevOps Project Internship
Tools & Technologies Mastered
You will gain hands-on operational capability in these tools during screenshare coding loops, creating real repositories.
Hands-on Lab Assignments & Projects
- Project 1: Writing Dockerfiles to containerize a web application.
- Project 2: Configuring a Jenkins CI/CD pipeline for automated test builds.
- Project 3: Deploying a multi-container app cluster using Kubernetes.
- Project 4: Automated server deployment using Ansible playbook.
Syllabus FAQs
When does the next 1-to-1 training intake start?
Intakes start twice monthly on the 1st and 15th. The next upcoming 1-to-1 intake starts on October 1, 2026 (with secondary intake on October 15, 2026).
Is the DevOps Engineering syllabus updated for modern industry standards?
Yes. Our syllabus is continuously updated to cover the latest versions of Docker, Kubernetes, Jenkins, GitHub Actions, Terraform, Ansible, Linux and modern production software engineering practices.
Can the syllabus be customized for my current skill level?
Because all sessions are strictly 1-to-1, your mentor can adjust module depth or accelerate topics based on your existing knowledge and target career goals.
Does the syllabus focus on theoretical concepts or hands-on coding?
Over 80% of training time is dedicated to live hands-on coding, terminal execution, pull request reviews, and building production applications.
Student Success Stories
Real feedback from students who completed our 1-to-1 virtual DevOps Training training.
"CACTS DevOps course is highly professional. The 1-to-1 virtual mentoring model allowed me to configure Jenkins CI/CD pipelines, Docker containers, and Kubernetes clusters in real-time under a mentor's guidance."
Sandeep W.
DevOps Engineer, Kharadi, Pune"I wanted to learn containerization and build automation. We wrote Dockerfiles and Kubernetes manifest files from scratch. The trainer's explanation of Git workflows and staging environments was extremely clear."
Neha D.
Release Engineer, Baner, Pune"The live company project DevOps internship was an amazing experience. I worked on automating server configurations using Ansible and tracking builds. Highly recommend their individual attention model."