Dhivardhana IT Institute
Dhivardhana
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Cloud&DevOpsEngineering:Build,Deploy,AutomateatScale

Learn cloud infrastructure, containerization, and CI/CD automation to become a job-ready Cloud or DevOps Engineer.

Program LevelIntermediate
Time Commitment6 Months
Weekly Load10-12 Hrs / Week
Delivery FormatHybrid

CourseOverview

Almost every modern application runs on the cloud, and companies need engineers who can deploy, scale, and automate infrastructure reliably. This program covers core cloud concepts on AWS, containerization with Docker, orchestration with Kubernetes, and building CI/CD pipelines that automate testing and deployment. You'll also learn infrastructure-as-code practices and how AI-assisted monitoring tools are helping teams catch issues before they become outages. Every concept is reinforced with hands-on labs: deploying real applications, setting up pipelines, and managing containerized environments end to end. Graduates leave with practical cloud experience and the vocabulary and skills to join a DevOps or cloud infrastructure team from day one.

Target Audience

  • Students
  • Working Professionals
  • Career Switchers

Prerequisites

  • Basic Computer Knowledge
  • Basic Linux Commands

Career Outcomes

  • Cloud Engineer
  • DevOps Engineer
  • Site Reliability Engineer
  • Infrastructure Engineer

ProgramStructure

Our instructional format is built to translate academic concepts into production engineering. This course spans 5 Months of immersive, hybrid training.

Syllabus & Tests

What You Learn

  • 12 Learning Modules
  • 20+ Practice Quizzes
  • 1 Capstone Portfolio Project
Real Projects

What You Build

  • 8 Production Projects
  • 35+ Hands-on Labs
  • 12+ Core Case Studies
Career Growth

Job Assistance

  • Guaranteed Internship Phase
  • Industry-Recognized Certification
  • Dedicated Placement Assistance
Mentors & Classes

Live Help & Support

  • 110+ Hours Interactive Lectures
  • 1-on-1 Expert Mentorship
  • 1:1 Mentor Support

LearningCurriculum

A high-octane roadmap spanning 6 Months. Master the stack through production-grade modules.

Module 01

Linux & Networking Fundamentals

Build the Linux and networking foundation every cloud engineer needs.

Core Concepts

Linux Command Line
File System & Permissions
Shell Scripting Basics
Networking Fundamentals
SSH & Remote Access
Process Management

Build Target

Server Setup & Configuration Script

LinuxBash

Questions? Chat on WhatsApp

Technologies&Software

Master the industry standard software ecosystem. Build deep expertise in production-tested developer tools.

Cloud

AWS

AWS

Intermediate

Provision and manage scalable cloud infrastructure.

Azure

Azure

Intermediate

Deploy workloads across a second major cloud platform.

DevOps

Docker

Docker

Intermediate

Containerize applications for consistent environments.

Kubernetes

Kubernetes

Advanced

Orchestrate and scale containerized workloads.

Jenkins

Jenkins

Intermediate

Automate build and deployment pipelines.

Terraform

Terraform

Advanced

Provision infrastructure as code.

Developer Tools

Git

Git

Fundamentals

Version control infrastructure and pipeline configurations.

Linux

Linux

Intermediate

Administer servers and troubleshoot system issues.

AI Tools

ChatGPT

ChatGPT

Fundamentals

Debug pipeline errors and draft infrastructure scripts.

PortfolioProjects

Build production-grade systems throughout this track. Every project is designed to mirror real business requirements and establish technical authority in your portfolio.

Mini ProjectBeginner1 Week

Cloud-Hosted Static Portfolio with CI Deployment

Students deploy a static site to a cloud storage service with automatic redeployment on every Git push, learning the basics of cloud hosting and continuous deployment together. The project is designed to be extended afterward, giving students a natural talking point about continuous deployment during placement interviews.

Core Specifications
  • Cloud Static Hosting
  • Auto-Deploy on Push
  • Custom Domain
  • HTTPS
Deployment Tech Stack
Cloud StorageGitHub Actions
GitHub Deployable
Portfolio Feature
Mini ProjectBeginner1 Week

Containerizing a Legacy Application

Students take an existing monolithic app and containerize it with Docker, resolving dependency issues and producing a reproducible, portable build. By the end, students walk away with a working, documented build that clearly demonstrates containerization and dependency management to recruiters and interviewers.

Core Specifications
  • Dockerfile Creation
  • Environment Config
  • Local Container Run
  • Image Publishing
Deployment Tech Stack
Docker
GitHub Deployable
Portfolio Feature
Guided ProjectIntermediate2 Weeks

Infrastructure as Code Starter Kit

Students provision a small cloud environment - network, compute, and storage - entirely through code, learning to plan, version, and apply infrastructure safely. The finished build is structured for a portfolio or GitHub profile, giving students a concrete example of networking module they can walk through in an interview.

Core Specifications
  • Networking Module
  • Compute Provisioning
  • Remote State
  • Plan/Apply Workflow
Deployment Tech Stack
TerraformCloud Provider CLI
GitHub Deployable
Portfolio Feature
Guided ProjectIntermediate2 Weeks

Automated CI/CD Pipeline for a Web App

A pipeline that automatically builds, tests, and deploys a web application whenever code is pushed, giving students hands-on practice with modern release automation. Students finish with a polished, presentable deliverable and a clear narrative of the decisions behind deployment stage for future employers to evaluate.

Core Specifications
  • Automated Build & Test
  • Deployment Stage
  • Rollback on Failure
  • Status Notifications
Deployment Tech Stack
GitHub ActionsDocker
GitHub Deployable
Portfolio Feature
Guided ProjectAdvanced3 Weeks

Kubernetes Cluster Deployment for Microservices

Students deploy a multi-service application onto a managed Kubernetes cluster, configuring scaling, secrets, and rolling updates for a resilient production-style setup. This mirrors how real teams scope similar work, so students leave with both the artifact and a defensible explanation of their kubernetes operations choices.

Core Specifications
  • Multi-Service Deployment
  • Helm Charts
  • Secrets Management
  • Rolling Updates
Deployment Tech Stack
KubernetesHelm
GitHub Deployable
Portfolio Feature
Industry ProjectAdvanced2 Weeks

Cloud Monitoring & Incident Alerting System

A monitoring stack that tracks infrastructure health and application performance, triggering alerts and creating a lightweight on-call workflow for a sample production system. The project is designed to be extended afterward, giving students a natural talking point about alerting during placement interviews.

Core Specifications
  • Metrics Dashboards
  • Alert Rules
  • On-Call Escalation
  • Incident Log
Deployment Tech Stack
PrometheusGrafana
GitHub Deployable
Portfolio Feature
Industry ProjectAdvanced2 Weeks

Blue-Green Deployment Strategy Implementation

Students implement a blue-green deployment strategy for a live application, enabling zero-downtime releases and instant rollback, a pattern widely used in production systems. By the end, students walk away with a working, documented build that clearly demonstrates deployment strategies and zero-downtime releases to recruiters and interviewers.

Core Specifications
  • Blue-Green Environments
  • Traffic Switching
  • Instant Rollback
  • Release Runbook
Deployment Tech Stack
KubernetesLoad Balancer
GitHub Deployable
Portfolio Feature
Capstone ProjectAdvanced4 Weeks

Cloud & DevOps Capstone: Production-Ready Delivery Platform

A capstone project standing up a complete cloud infrastructure and delivery pipeline for a sample application - IaC, containers, CI/CD, monitoring, and deployment strategy - documented as a full DevOps portfolio piece for interviews.

Core Specifications
  • IaC Infrastructure
  • Containerized Services
  • CI/CD Pipeline
  • Monitoring & Alerts
  • Deployment Strategy Docs
Deployment Tech Stack
TerraformDockerKubernetesGitHub ActionsPrometheus
GitHub Deployable
Portfolio Feature
Credential Checked

CareerOutcomes

Power Modern Infrastructure with Cloud & DevOps Skills. As most companies now run production workloads on cloud platforms, DevOps engineers who can manage infrastructure, automate deployments, and ensure system reliability are essential to every engineering team. This course covers cloud fundamentals, CI/CD pipelines, and containerization, preparing learners for infrastructure-focused roles across IT services, product companies, and enterprises undergoing digital transformation.

Target Job Roles

Cloud Support Engineer
0–2 Years

Support cloud infrastructure and troubleshoot deployment issues.

Salary Outlook: ₹4–8 LPA

DevOps Engineer
1–4 Years

Build and maintain CI/CD pipelines and manage containerized deployments.

Salary Outlook: ₹8–14 LPA

Senior Cloud Engineer
4–7 Years

Design cloud architecture and optimize infrastructure cost and reliability.

Salary Outlook: ₹15–24 LPA

Cloud Architect
8–12 Years

Define enterprise cloud strategy and oversee multi-cloud architecture.

Salary Outlook: ₹28–40 LPA

Top Hiring Industries
IT ServicesProduct CompaniesBankingConsultingManufacturing

In-Demand Recruiter Skills

AWSDockerKubernetesCI/CDLinuxProblem Solving

Industry Credentials

  • AWS Certified Solutions Architect
  • Docker Certified Associate
  • Certified Kubernetes Administrator

Recruitment Network

AmazonMicrosoftIBMAccentureLTIMindtree

FrequentlyAskedQuestions

Have questions about this program? Review our comprehensive breakdown of curriculum, requirements, and logistics.

Still have questions?

If you cannot find the answer to your query in our FAQ database, our academic advisors are available for direct consultations.

Who should join this Cloud & DevOps Engineering course?

This course suits system administrators, backend developers, and IT graduates who want to move into cloud infrastructure and DevOps roles, which are among the most in-demand positions in tech right now. It's also a strong fit if you're switching careers and want a clear, guided path rather than piecing together resources on your own.

Do I need prior cloud experience to enroll?

No prior cloud experience is required. The course starts with core cloud computing concepts before progressing into hands-on work with cloud platforms, containers, and automation tools. If you're unsure where you stand, our team can guide you on which module to start from based on a quick skills check.

Is this course beginner-friendly for DevOps concepts?

Yes, DevOps concepts are introduced gradually alongside practical labs, so even if you're new to infrastructure and automation, you'll build understanding step by step through hands-on practice. Mentors are available to unblock you when concepts feel unclear, which is especially useful in the first few weeks.

Will I receive a certificate after completing this course?

Yes, you'll get a certificate after completing all modules, labs, and your capstone project, reflecting practical experience with cloud deployment and DevOps automation. Many students add this certificate directly to their LinkedIn profile alongside links to their project work. The certificate is tied to demonstrated project work rather than just attendance, so it carries more weight with employers.

Is placement support included in this program?

Yes, placement support includes resume building, interview preparation focused on cloud and DevOps concepts, and connections to hiring partners actively recruiting for these roles. This support continues even after the course ends, as long as you're actively applying and engaging with the process.

Are real-world deployment projects part of the course?

Yes, you'll deploy actual applications to the cloud, set up automated pipelines, and manage infrastructure the way DevOps teams do in production environments. You'll receive structured feedback on each project, so you understand not just what works but why it works.

Is an internship opportunity offered?

Yes, eligible students can join an internship track working on realistic infrastructure and deployment tasks under mentor guidance, adding practical experience to their resume. Mentors review your work throughout the internship, giving you feedback similar to what you'd get from a manager on the job.

Can working professionals complete this course while employed?

Yes, sessions are scheduled around working hours with recordings provided, and lab access lets you practice cloud and DevOps tasks flexibly outside of live class time. This flexible format has helped many professionals complete the course without needing to pause their careers.

Will I deploy applications to AWS as part of the course?

Yes, AWS is a core focus of this course. You'll learn to provision infrastructure, deploy applications, and manage cloud resources using services widely adopted across the industry. This is one of the areas where hands-on practice makes the biggest difference in how confident you feel afterward.

Is Docker included in the curriculum?

Yes, containerization with Docker is covered in depth, since packaging applications into containers is now a standard practice for consistent deployment across development and production environments. Understanding this well will also make it easier to pick up related tools and concepts down the line.

Do I learn Kubernetes in this course?

Yes, you'll learn Kubernetes fundamentals for orchestrating containerized applications at scale, which is essential knowledge for most modern DevOps and cloud engineering roles. This reflects current industry practice, so the skills you build stay directly relevant to what employers are actually looking for.

Will I learn CI/CD pipeline setup?

Yes, setting up continuous integration and continuous deployment pipelines is a key part of the course, teaching you to automate testing and deployment the way real engineering teams operate. We keep this part of the curriculum updated regularly to match how the technology is actually used in the field today.