4.50
(2 Ratings)

1 Month Cloud / DevOps Training & Internship

Categories: Training & Internship
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About Course

This 1-month Cloud / DevOps Internship is an intensive, fast-paced training program designed to introduce learners to modern cloud computing, DevOps practices, and deployment workflows used in real-world software development environments. The program is structured to help beginners understand how applications are developed, deployed, automated, and managed in cloud-based infrastructures.

The internship follows a practical learning approach focused on hands-on implementation rather than only theoretical concepts. Participants gain foundational knowledge of Linux systems, cloud platforms, deployment pipelines, containerization, version control, and automation tools commonly used in the IT industry.

🚀 What This Internship Covers

The internship begins with an introduction to Cloud Computing and DevOps fundamentals, where learners understand the role of cloud platforms, infrastructure management, deployment workflows, and the DevOps lifecycle. Students gain clarity on how modern applications are hosted, scaled, and maintained in production environments.

Next, participants are introduced to Linux and Command Line operations, which form the backbone of DevOps engineering. Learners work with essential Linux commands, file systems, user permissions, package management, process handling, and server navigation techniques required for managing cloud servers efficiently.

The program then moves into Version Control using Git and GitHub, where students learn how developers and DevOps engineers collaborate on real-world projects. Topics include repositories, commits, branching, merging, pull requests, and project version management using Git workflows.

After building foundational knowledge, learners explore Cloud Platforms and Deployment concepts. Students understand virtual machines, cloud storage, server provisioning, hosting applications, and managing basic cloud infrastructure using platforms such as AWS. They also learn how to deploy backend or frontend applications to live servers.

The internship also introduces Containerization using Docker, allowing learners to package applications and their dependencies into portable containers. Students gain hands-on experience with Docker images, containers, Dockerfiles, and running applications consistently across different environments.

In the final phase, learners are introduced to CI/CD basics and deployment automation. They understand how Continuous Integration and Continuous Deployment pipelines streamline software delivery using tools such as GitHub Actions or Jenkins. Participants apply their knowledge by deploying a real-world application using cloud and DevOps practices.

🧠 Learning Approach

This internship is designed around implementation-based learning with continuous practical exposure. Each module includes:

  • Structured learning materials and guided sessions

  • Hands-on terminal and deployment practice

  • Real-world examples and mini deployment tasks

  • Assignments and practical exercises

  • Module-wise quizzes and evaluations

  • A final deployment-based project

The learning flow is sequential, ensuring learners build strong foundational understanding before progressing to advanced deployment and automation concepts.

🏆 Skills You Will Gain

By the end of this internship, participants will be able to:

  • Understand Cloud Computing and DevOps fundamentals

  • Work confidently with Linux command-line environments

  • Use Git and GitHub for version control and collaboration

  • Deploy applications on cloud servers

  • Understand basic AWS cloud services

  • Create and manage Docker containers

  • Understand CI/CD pipeline workflows

  • Automate basic deployment processes

  • Manage real-world deployment environments

🎯 Who This Internship is For

This program is ideal for:

  • Beginners interested in Cloud and DevOps careers

  • Students pursuing computer science or IT-related studies

  • Developers who want to learn deployment and cloud workflows

  • Anyone interested in server management and automation

  • Learners preparing for DevOps and Cloud Engineer roles

No prior cloud or DevOps experience is required. Basic computer knowledge and willingness to practice are sufficient to start this internship successfully.

💼 Internship Outcome

Upon completion of this internship, learners will have practical exposure to cloud deployment and DevOps workflows used in modern software development. Participants will be capable of managing basic cloud infrastructure, deploying applications, working with containers, and understanding automation pipelines. They will also complete a practical deployment project that can strengthen their portfolio and improve readiness for entry-level Cloud and DevOps roles.

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Course Content

Module 1: Linux, Networking & Cloud Foundations
This module builds the core foundation required for every Cloud and DevOps engineer. Students will learn how servers work, how Linux operating systems are managed, how networking connects systems together, and how cloud computing powers modern applications. The module starts from beginner concepts and gradually introduces real infrastructure practices used in companies. Students will understand command-line operations, server management, networking basics, cloud service models, and infrastructure thinking. Linux is the backbone of almost every cloud server, container platform, and DevOps pipeline. Without understanding Linux fundamentals, students cannot properly manage deployments, automation, or cloud infrastructure. Students will also learn how cloud platforms like AWS, Azure, and Google Cloud work internally, why virtualization changed modern computing, and how DevOps teams manage scalable systems. By the end of this module, students will be able to navigate Linux systems confidently, understand cloud architecture basics, manage files and permissions, work with networking concepts, and prepare systems for real deployment environments. This module creates the technical mindset required for DevOps engineering by combining infrastructure knowledge with practical command-line experience.

  • Introduction to Cloud Computing & DevOps
  • Linux Operating System Fundamentals
  • Linux File Permissions & User Management
  • Networking Basics for Cloud Engineers
  • Check what have you learnt about Linux, Networking & Cloud Foundations Quiz
  • Linux-Based Developer Workspace Setup

Module 2: DevOps Tools, CI/CD & Containers
This module introduces the practical DevOps ecosystem used in modern software companies. Students will learn how developers and operations teams automate code deployment, manage source code, containerize applications, and build continuous integration pipelines. The module focuses on industry-standard tools such as Git, GitHub, Docker, Jenkins, and CI/CD workflows. Students will understand how applications move from development environments into production servers automatically. Containerization is one of the most important technologies in modern cloud infrastructure. Docker allows applications to run consistently across systems without dependency issues. Students will also learn automation practices, version control workflows, image creation, pipeline execution, and deployment fundamentals. By the end of this module, students will be able to manage Git repositories, build Docker containers, create CI/CD pipelines, and automate deployments using DevOps workflows.

Module 3: Cloud Deployment, Monitoring & Production Infrastructure
This module focuses on real-world cloud infrastructure deployment and production-level DevOps practices. Students will learn how applications are deployed on cloud platforms, how servers are monitored, and how scalable infrastructure is managed in production environments. The module introduces concepts such as cloud virtual machines, monitoring systems, infrastructure scaling, deployment automation, and production architecture basics. Students will understand how modern companies host applications on cloud providers like AWS and monitor system performance continuously to prevent failures. This module also includes a complete real-world final project where students will deploy a cloud-based application using DevOps workflows and infrastructure practices. By the end of this module, students will be able to deploy applications on cloud servers, configure monitoring tools, manage production environments, and understand real deployment architecture.

Module 4 : Real-World DevOps Project
This module introduces to the full lifecycle of modern cloud-based application deployment. The module emphasizes automation, containerization, and continuous integration/continuous deployment (CI/CD) pipelines, bridging software development and operations into a seamless workflow. Students learn to: Manage source code using GitHub Containerize applications with Docker Automate builds and deployments with Jenkins pipelines Deploy applications on AWS EC2 instances Configure web servers (Nginx) and perform basic infrastructure monitoring By completing this module, learners gain hands-on experience in building scalable, reliable, and automated cloud deployment systems, simulating real-world DevOps workflows.

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Student Ratings & Reviews

4.5
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Thanks for learning and understand what is Cloud Computing and Devops as a basic knowledge
TR
3 weeks ago
Good