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2 Months Cloud / DevOps Training & Internship

Categories: Training & Internship
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About Course

This 2-month Cloud / DevOps Internship is a fast-paced, practical training program designed to help learners build strong foundations in cloud computing, DevOps practices, deployment automation, and modern infrastructure management used in real-world software industries.

The program follows a structured hands-on learning approach, starting from Linux fundamentals and progressing toward cloud deployment, CI/CD automation, containerization, and infrastructure management. It is designed to provide both conceptual understanding and practical implementation experience through real-world tasks, guided exercises, quizzes, and deployment-based projects.

🚀 What This Internship Covers

The internship begins with Linux and Command Line fundamentals, where learners understand how servers operate in real environments. Students learn file systems, permissions, package management, shell commands, process handling, and basic server administration. This foundation is essential for working in DevOps and cloud environments.

Once the fundamentals are clear, the program moves into Networking and Version Control concepts. Learners understand IP addressing, DNS, HTTP/HTTPS, SSH, ports, and server communication. Alongside this, they gain hands-on experience with Git and GitHub, learning branching strategies, repositories, pull requests, collaboration workflows, and deployment pipelines.

Next, students are introduced to Cloud Computing using platforms such as AWS. They learn how to launch and manage virtual servers, configure storage, manage security groups, connect domains, and host applications in cloud environments. Concepts like scalability, reliability, and cloud infrastructure management are introduced with practical implementation.

The internship then transitions into DevOps automation and CI/CD pipelines. Learners understand how modern software teams automate building, testing, and deployment processes using tools like GitHub Actions or Jenkins. They learn how continuous integration and continuous deployment improve software delivery speed and reliability.

Students are also introduced to Docker and containerization, where they learn how to package applications into lightweight containers, manage images, write Dockerfiles, and run applications consistently across environments. Basic orchestration and deployment concepts are also covered to simulate real production workflows.

In the final phase, learners apply everything they have learned by building and deploying a complete cloud-based project. This includes server setup, application deployment, containerization, CI/CD automation, domain configuration, and deployment monitoring, providing exposure to real industry-level DevOps workflows.

🧠 Learning Approach

This internship is designed around practical implementation rather than theory-only learning. Every module focuses on hands-on tasks and real deployment workflows.

Each module includes:

  • Structured video/text lessons

  • Practical deployment exercises

  • Real-world configuration examples

  • Module-wise quizzes and assessments

  • Assignments and mini deployment tasks

  • A final cloud deployment project

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

🏆 Skills You Will Gain

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

  • Work confidently with Linux servers and terminal commands

  • Understand networking and server communication fundamentals

  • Use Git and GitHub for collaboration and version control

  • Deploy applications on cloud platforms like AWS

  • Configure and manage cloud infrastructure

  • Build and automate CI/CD pipelines

  • Work with Docker containers and deployment workflows

  • Understand real-world DevOps practices and deployment strategies

  • Manage end-to-end application deployment processes

🎯 Who This Internship is For

This program is ideal for:

  • Beginners interested in Cloud Computing and DevOps

  • Students pursuing computer science or IT-related fields

  • Developers wanting to learn deployment and infrastructure management

  • Individuals preparing for DevOps, Cloud Engineer, or Site Reliability roles

  • Anyone interested in modern software deployment workflows

No prior cloud or DevOps experience is required, but regular practice and consistency are important for successful completion.

💼 Internship Outcome

Upon completion of this internship, learners will have practical experience working with cloud platforms, deployment pipelines, Linux environments, and containerized applications. They will also complete a real-world deployment project that can be added to their portfolio, helping improve their readiness for Cloud and DevOps-related job opportunities.

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Course Content

Module 1: Introduction to Cloud Computing & DevOps
This module introduces the fundamental concepts of Cloud Computing and DevOps in a structured, industry-oriented manner. Students will understand how modern applications are hosted, deployed, and managed using cloud infrastructure instead of traditional physical servers. The module also explains how DevOps connects development and operations teams through automation, enabling faster software delivery and higher system reliability. By the end of this module, students will understand how real-world software systems operate from code creation to deployment in cloud environments.

  • How Modern Software Systems Work
  • Cloud Computing (Industry View)
  • DevOps in Real Industry
  • Check what have you learnt about Cloud & DevOps Fundamentals Assessment
  • Software Delivery Lifecycle Visualization Project

Module 2: Linux Fundamentals for DevOps (Job-Ready Version)
This module focuses on Linux fundamentals required for Cloud and DevOps environments. Linux is the primary operating system used in servers, cloud infrastructure, and backend systems across all major tech companies. Students will learn how to navigate Linux systems, manage files, control permissions, and use essential commands required in real DevOps workflows. The goal is not theory overload but building practical command-line fluency needed for servers and cloud environments. By the end of this module, students will be able to confidently operate a Linux system like a DevOps engineer.

Module 3: Networking Basics for Cloud (Job-Ready Version)
This module introduces essential networking concepts required for Cloud and DevOps environments. Every cloud system depends on networking to communicate between servers, users, and applications. Students will understand how devices connect using IP addresses, how domain names work using DNS, and how web communication happens using HTTP and HTTPS protocols. This module is focused on practical understanding of how data moves across the internet and cloud systems, not deep networking theory. By the end of this module, students will understand how web applications are accessed and how cloud systems communicate internally.

Module 4: Git & GitHub Version Control (Job-Ready Version)
This module introduces Git and GitHub, which are essential tools used in every software company for version control and collaboration. Without Git, managing code in teams becomes chaotic and error-prone. Students will learn how to track code changes, collaborate with multiple developers, and manage project versions efficiently. GitHub will be used as a remote repository platform to store and share code. This module focuses on real workflows used in companies, not just commands. By the end of this module, students will be able to manage code like professional developers and DevOps engineers.

Module 5: Docker Basics for DevOps (Job-Ready Version)
This module introduces Docker, which is used to package and run applications in isolated environments called containers. Docker is one of the most important tools in DevOps because it removes environment-related issues and ensures applications run consistently everywhere. Students will learn how containers work, how Docker images are created, and how applications are deployed using Docker. Focus is on practical usage rather than deep internal architecture. By the end of this module, students will be able to run, manage, and deploy applications using Docker.

Module 6: CI/CD Basics + Final DevOps Project (Job-Ready Version)
This module introduces CI/CD (Continuous Integration and Continuous Deployment), which is the core automation system used in all modern DevOps pipelines. It connects code development, testing, and deployment into an automated workflow. Students will understand how code moves from Git repositories to production environments without manual intervention. GitHub Actions will be used as a basic CI/CD tool. The final part of this module includes a complete DevOps project that combines Git, Docker, and CI/CD into one working system. By the end of this module, students will understand how real-world deployment pipelines work in production systems.

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Student Ratings & Reviews

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Rohan kumar sahoo
Rohan kumar sahoo
1 month ago
The Cloud/DevOps Transition Internship provided a solid introduction to modern cloud computing and DevOps practices. I gained hands-on experience with tools such as Git, Docker, CI/CD pipelines, and cloud platforms. The training sessions were well-structured, and the practical assignments helped me understand real-world deployment and automation workflows. The mentors were supportive and provided valuable guidance throughout the program. Overall, it was a great learning experience that strengthened my technical skills and prepared me for future roles in Cloud and DevOps engineering.