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Homeβ€Ί Coursesβ€Ί DevOps Course
πŸ”§ High Demand 2026 πŸ“ Dilsukhnagar, Hyderabad βœ… Certificate on Completion

DevOps Course

Master the tools and practices that power modern software delivery β€” from containerisation and CI/CD to infrastructure automation and cloud deployment. Taught by an active MNC DevOps Engineer with 8+ years of experience running pipelines that deploy thousands of times per day.

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DURATION
10 Weeks
🎯
LEVEL
Intermediate to Advanced
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MODE
Online Β· Offline Β· Hybrid
πŸ†
CERTIFICATE
Industry Certificate

Tools & Technologies You Will Learn

Linux/Bash Git/GitHub Docker Kubernetes Jenkins GitHub Actions Terraform Ansible AWS (EC2, ECS, EKS) Prometheus/Grafana Nginx Helm
Enroll on WhatsApp β†’ View Curriculum
DevOps Course at LearnAI Tech Hub πŸ”§
Free Demo Available
Contact us for current batch fees & EMI options
  • ⏱ Duration: 10 Weeks
  • 🎯 Level: Intermediate to Advanced
  • πŸ’» Online Β· Offline Β· Hybrid
  • πŸ† Certificate on completion
  • πŸ’Ό 100% placement assistance
  • πŸ“ Real project + internship
  • πŸ” Lifetime access to recordings
  • πŸ“ž Mentor support throughout

Free career counselling available daily Β· No pressure, just honest advice

DevOps engineers are the backbone of every software delivery team in 2026

The gap between writing code and delivering it to users used to take weeks. DevOps practices and tools have reduced that to minutes. Companies that deploy faster, recover faster from failures and run infrastructure more reliably win in their markets. The engineers who enable this β€” building pipelines, containerising applications, orchestrating infrastructure and monitoring production systems β€” are among the most consistently hired and highest-paid professionals in technology.

At LearnAI Tech Hub, this 10-week course covers the complete modern DevOps toolchain β€” Linux, Git, Docker, Kubernetes, CI/CD with Jenkins and GitHub Actions, Infrastructure as Code with Terraform, configuration management with Ansible and cloud deployment on AWS. Every week produces a working deliverable. By week 10, you have built a complete DevOps pipeline for a real application and have the practical experience that distinguishes you from candidates who only know the theory.

What makes this course different

🏭
Taught by an active MNC DevOps Engineer running live pipelines

Your trainer manages CI/CD pipelines that deploy production systems multiple times per day. Every tool and practice is demonstrated with real pipeline configurations from enterprise environments.

πŸš€
Build end-to-end CI/CD pipeline for a real application

Not just theory β€” you build a complete pipeline that automatically tests, builds Docker images, pushes to registry and deploys to Kubernetes when code is pushed to GitHub.

⎈
Kubernetes mastered in full β€” the most in-demand DevOps skill

Kubernetes orchestration is the single most requested skill in DevOps job postings. This course covers Kubernetes from first principles to production-grade deployments with Helm.

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Security and monitoring integrated throughout

DevSecOps practices, vulnerability scanning in pipelines, secrets management, Prometheus + Grafana monitoring β€” production-ready DevOps, not just automation scripts.

7 modules Β· 10 Weeks Β· Real projects every week

Every module is taught by an active MNC professional using real tools, real datasets and real architectures β€” not textbook examples.

01
Linux & Shell Scripting Foundations
10 topics Β· Week 1
Linux filesystem hierarchy, permissions, user management
Essential commands: file operations, process management, networking tools
Bash scripting: variables, conditionals, loops, functions, cron jobs
Text processing: grep, awk, sed for log analysis and automation
SSH configuration, key management and secure remote access
Package management: apt, yum β€” installing and managing software
Project: Automated system health monitoring script
02
Git, GitHub & GitOps
8 topics Β· Week 2
Git branching strategies: GitFlow, trunk-based development, feature branches
Pull requests, code reviews and merge strategies for team workflows
Git hooks: automating actions on commit, push and merge
Semantic versioning and release management with Git tags
GitHub repository management: branch protection, required reviews
GitOps principles: infrastructure managed through Git repositories
Project: Team repository setup with branching strategy and automated checks
03
Docker & Containerisation
12 topics Β· Weeks 3–4
Container fundamentals: what containers are and how they differ from VMs
Dockerfile: building, layering, multi-stage builds for efficient images
Docker commands: run, build, push, pull, exec, logs, inspect
Docker Compose: orchestrating multi-container development environments
Docker networking: bridge, host, overlay networks for container communication
Docker volumes: persistent storage for stateful containers
Container security: non-root users, minimal base images, image scanning
Docker Hub and private registries: publishing and managing container images
Project: Containerised full-stack application with Docker Compose
04
CI/CD β€” Jenkins & GitHub Actions
12 topics Β· Weeks 5–6
CI/CD fundamentals: why automation transforms software delivery speed and quality
Jenkins architecture: master, agents, pipelines, plugins
Declarative Pipeline: writing Jenkinsfile for automated build-test-deploy workflows
Jenkins shared libraries: reusable pipeline code across projects
GitHub Actions: workflows, jobs, steps, actions marketplace
Matrix builds: testing across multiple OS, language versions, environments
Pipeline security: secrets management, credential binding, vulnerability scanning
Artifact management: build outputs, Docker image tagging and versioning
Project: Complete CI/CD pipeline β€” code push β†’ test β†’ build Docker image β†’ deploy
05
Kubernetes β€” Container Orchestration
14 topics Β· Weeks 7–8
Kubernetes architecture: control plane, worker nodes, etcd, kubelet, kube-proxy
Core objects: Pods, Deployments, Services, ConfigMaps, Secrets
Namespaces, resource quotas and RBAC for multi-team cluster management
Storage: PersistentVolumes, PersistentVolumeClaims, StorageClasses
Networking: Ingress controllers, Nginx Ingress, network policies
Auto-scaling: Horizontal Pod Autoscaler, Vertical Pod Autoscaler, Cluster Autoscaler
Rolling deployments and rollback strategies for zero-downtime updates
Helm: package manager for Kubernetes β€” creating and using charts
AWS EKS: managed Kubernetes β€” setup, node groups, IAM integration
Project: Production Kubernetes cluster on EKS with full application deployment
06
Infrastructure as Code β€” Terraform & Ansible
10 topics Β· Week 9
IaC principles: why code is better than manual infrastructure provisioning
Terraform architecture: providers, resources, state, modules
Terraform workflow: init, plan, apply, destroy β€” safe infrastructure changes
Remote state management: S3 backend, state locking with DynamoDB
Terraform modules: reusable infrastructure components for any environment
Ansible: agentless configuration management with playbooks and roles
Ansible for server configuration: installing packages, managing services, deploying applications
Combining Terraform (provision) and Ansible (configure) in a complete IaC workflow
Project: Complete environment β€” VPC, EC2, RDS β€” provisioned with Terraform, configured with Ansible
07
Monitoring, Security & Career Preparation
10 topics Β· Week 10
Prometheus: metrics collection from applications, infrastructure and Kubernetes
Grafana: building dashboards for infrastructure and application performance monitoring
Alertmanager: setting up alerts for SLA violations and infrastructure issues
Log management: ELK Stack concepts, CloudWatch Logs, structured logging
DevSecOps: integrating security scanning into CI/CD pipelines (Trivy, OWASP)
Secrets management: HashiCorp Vault basics, AWS Secrets Manager integration
Incident management: runbooks, post-mortems, on-call practices
Capstone: Full DevOps project β€” CI/CD + Kubernetes + monitoring + IaC for a real application
HR placement referral, DevOps interview preparation and portfolio review
Get Full Curriculum on WhatsApp β†’

You will graduate using industry tools β€” not toy projects

Every tool in this course is currently used by professionals in live production environments across companies worldwide.

🐧
Linux
πŸ”€
Git
🐳
Docker
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Kubernetes
πŸ—οΈ
Jenkins
βš™οΈ
GitHub Actions
πŸ—οΈ
Terraform
πŸ“‹
Ansible
☁️
AWS EKS
πŸ“Š
Prometheus
🌐
Nginx
β›΅
Helm

Roles you will qualify for after this course

Our placement team directly places students from this course into these roles across our 1,000+ client company network β€” startups to Fortune MNCs.

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DevOps Engineer
β‚Ή7L – β‚Ή20L / year
Product companies, SaaS platforms, IT services, e-commerce, FinTech across India and globally
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Kubernetes Engineer / Platform Engineer
β‚Ή9L – β‚Ή24L / year
Cloud-native companies, large tech firms, companies running microservices at scale
πŸ—οΈ
Site Reliability Engineer (SRE)
β‚Ή10L – β‚Ή28L / year
Fortune companies, large tech firms, SaaS companies with high-availability requirements
☁️
Cloud DevOps Engineer
β‚Ή8L – β‚Ή22L / year
Cloud consulting, AWS/Azure partners, companies with significant cloud infrastructure
πŸ›‘οΈ
DevSecOps Engineer
β‚Ή9L – β‚Ή26L / year
FinTech, healthcare, government tech, companies with strict security and compliance requirements
πŸ”¬
Infrastructure Engineer
β‚Ή8L – β‚Ή22L / year
Any company running significant technology infrastructure β€” every industry
Average Starting Salary β€” Freshers (Hyderabad)
Based on our placed students Β· 2024–2025 batch data
β‚Ή6L – β‚Ή24L per year

This course is designed for you if…

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Software developers wanting to understand and manage deployment

Every developer who understands how their code gets deployed is dramatically more productive and promotable. DevOps knowledge makes you a 10x more effective developer.

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System administrators transitioning to cloud-native DevOps

Your infrastructure background maps directly onto modern DevOps. This course adds the automation, containerisation and cloud-native skills that modernise your existing expertise.

☁️
AWS Cloud engineers wanting DevOps toolchain proficiency

AWS + DevOps is one of the most powerful and in-demand combinations. If you have AWS knowledge, adding Docker, Kubernetes and CI/CD makes you a Cloud DevOps Engineer.

πŸŽ“
CS/IT graduates wanting high-paying infrastructure roles

DevOps engineers consistently earn more than most software development roles. The tools are learnable and the demand is enormous β€” making this one of the best career investments for CS graduates.

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Team leads overseeing engineering delivery

Understanding DevOps practices makes you a better engineering leader β€” you can evaluate pipeline efficiency, identify bottlenecks and make better decisions about infrastructure and deployment.

🌏
Professionals targeting USA, UK, Canada or UAE engineering roles

DevOps is one of the most sponsorable roles in international tech markets. Kubernetes, Terraform and CI/CD skills are among the most consistently requested in international tech visas.

Prerequisites

Basic Linux command line knowledge (or willingness to start from week 1) Any programming background is helpful No prior DevOps, Docker or Kubernetes experience required Laptop with 8GB+ RAM β€” Docker and Kubernetes tools require reasonable compute

Questions about DevOps Course?

Not finding your answer? WhatsApp us directly β€” we respond within 30 minutes.

Ask on WhatsApp β†’
You need to be comfortable reading code and writing basic scripts. The course starts with Linux and Bash scripting from basics. Prior development experience accelerates learning, but it is not a blocker for someone committed to learning the DevOps toolchain.
Docker is foundational. Kubernetes is what runs Docker at scale in production. Every serious production application uses Kubernetes (or a managed equivalent). If you only know Docker, you can containerise applications but cannot manage them at production scale. This course teaches both β€” because both are necessary.
The curriculum covers strong preparation for CKA (Certified Kubernetes Administrator), AWS DevOps Engineer Professional and Terraform Associate. These certifications are taken separately β€” but this course gives you the depth to pass all three with focused preparation.
Software developers write application code. DevOps engineers build and maintain the infrastructure, automation and deployment systems that deliver that code to users reliably, quickly and safely. DevOps bridges development and operations β€” requiring knowledge of both code and infrastructure.
Yes β€” and growing faster than supply. Every company modernising its IT infrastructure (which includes virtually every company above a certain size) needs DevOps engineers. The gap between demand and qualified supply is one of the largest in the Indian technology job market.
Yes. Every week produces working infrastructure. You set up real Kubernetes clusters, build real CI/CD pipelines, write real Terraform code and deploy real applications to real cloud environments. By week 10, your GitHub profile will have a complete DevOps portfolio.

Enroll in DevOps Course today

Book your free demo class β€” meet your trainer, see the teaching style, ask everything you want. No commitment, no fees.

πŸ“ Dilsukhnagar, Hyderabad Β· Online across India & Internationally Β· Mon–Sat 9AM–8PM