DevOps Internship Program
Learn DevOps through live projects, hands-on training, and placement-focused mentorship at RaysEdTech. Master CI/CD, Docker, Kubernetes, cloud platforms, Git, Linux, and deployment automation.
DevOps Internship
The 45-days engineering college internship program focused on building a DevOps project that integrates Git, Docker, Jenkins, and AWS. This program is designed to take participants from the basics of DevOps tools to deploying a production-ready application using these technologies.
| Duration | 45 Days | Class Hours | 1 hour/day |
| Lab Hours | 2 hour/day | Prerequisite | Basic knowledge of programming |
| Certificate | After successful completion of training | Trainer | Industry Experienced Mentor |
| Study Material | Books, Notes and Online Tests | Online Test | Unlimited |
| Project | Yes | Lectures In | English / Hinglish / Hindi |
| Fees | ₹ 15,000/- + 18% GST | Placement Support | No |
| Weekend Class |
1st Saturday - 6 hours (Theory +
Practical) 2nd Saturday - 6 hours (Theory + Practical) |
Complimentary | Bag and T-Shirt |
What is the DevOps Internship?
Our DevOps Internship is an intensive, hands-on program that prepares you for a career as a job-ready DevOps Engineer in 45 days. You’ll master Linux, Git, Docker, CI/CD, Cloud Platforms, and Kubernetes while working on real-world deployment and automation projects under industry-expert mentorship.
Hands-on DevOps Projects
Build and deploy a production-ready application using Git, Docker, Jenkins & AWS
1-on-1 Expert Mentorship
Guided by developers with 5+ years of real industry experience
CI/CD Pipelines
Build automated CI/CD pipelines with Jenkins for continuous integration & deployment
Industry Certificate
Recognized certification to boost your GitHub profile & LinkedIn credibility
Containerization & Cloud
Master Docker containerization and deploy scalable applications on AWS
Live Deployment
Deploy containerized apps on AWS ECS with Jenkins-powered CI/CD pipelines
Complete DevOps Internship Syllabus
6 Modules · 5+ Weeks · 40+ Hours of Learning
-
Day 1-2: Introduction to DevOps
- Overview of DevOps principles and practices
- Understanding the DevOps lifecycle
- Introduction to version control systems
-
Day 3-4: Git and Version Control
- Setting up Git and GitHub
- Basic Git commands (clone, commit, push, pull, branch, merge)
- Working with branches and pull requests
-
Day 5: Project Setup and Planning
- Overview of the project
- Planning and project structure
- Setting up the project repository on GitHub
-
Day 6-7: Introduction to Docker
- Overview of containerization
- Installing Docker
- Understanding Docker architecture and components (images, containers, Dockerfile)
-
Day 8-9: Creating Docker Images
- Writing a Dockerfile
- Building and running Docker images
- Managing Docker containers
-
Day 10-11: Docker Compose
- Introduction to Docker Compose
- Writing a docker-compose.yml file
- Managing multi-container applications
-
Day 12-13: Docker Networking and Volumes
- Understanding Docker networking
- Using Docker volumes for persistent storage
- Networking containers together
-
Day 14: Integrating Git and Docker
- Cloning a repository and containerizing the application
- Automating builds with Docker and Git hooks
-
Day 15-16: Introduction to Jenkins
- Overview of Jenkins and its architecture
- Installing Jenkins
- Configuring Jenkins for a basic project
-
Day 17-18: Creating Jenkins Pipelines
- Introduction to Jenkins Pipelines
- Writing and configuring a Jenkinsfile
- Automating builds with Jenkins Pipelines
-
Day 19-20: Integrating Jenkins with Git and
Docker
- Setting up Jenkins to monitor a GitHub repository
- Building Docker images using Jenkins
- Running Docker containers with Jenkins
-
Day 21: Mid-Project Review and Feedback
- Reviewing progress
- Providing feedback and addressing issues
- Planning for the next phase
-
Day 22-23: Introduction to AWS
- Overview of AWS services
- Setting up an AWS account
- Introduction to AWS IAM (Identity and Access Management)
-
Day 24-25: Deploying Docker Containers on AWS
- Introduction to Amazon ECS (Elastic Container Service)
- Setting up an ECS cluster
- Deploying Docker containers on ECS
-
Day 26-27: Automating Deployment with Jenkins
and AWS
- Configuring Jenkins to deploy to AWS ECS
- Writing Jenkins pipelines for continuous deployment
- Monitoring and managing ECS deployments
-
Day 28: AWS S3 and CloudFront
- Introduction to AWS S3 (Simple Storage Service)
- Hosting static content on S3
- Configuring AWS CloudFront for content delivery
-
Day 29-30: Infrastructure as Code with
Terraform
- Introduction to Terraform
- Writing Terraform scripts
- Managing infrastructure with Terraform
-
Day 31-32: Monitoring and Logging
- Introduction to monitoring tools (e.g., Prometheus, Grafana)
- Setting up logging with ELK stack (Elasticsearch, Logstash, Kibana)
- Integrating monitoring and logging with Docker and AWS
-
Day 33-34: Security Best Practices
- Securing Docker containers
- Implementing CI/CD security best practices
- AWS security best practices
-
Day 35-36: Performance Optimization
- Optimizing Docker images and containers
- Jenkins performance tuning
- AWS cost management and optimization
-
Day 37-38: Finalizing the Project
- Adding final features and improvements
- Code refactoring and cleanup
- Ensuring application stability
-
Day 39-40: Documentation and User Guide
- Writing project documentation
- Creating a user guide and deployment guide
-
Day 41-42: Project Presentation Preparation
- Preparing the project presentation
- Creating slides and demo scripts
- Rehearsing the presentation
-
Day 43: Project Presentation
- Presenting the project to mentors and peers
- Demonstrating key features and functionalities
- Q&A session
-
Day 44: Feedback and Reflection
- Receiving feedback from mentors and peers
- Reflecting on the project and learning outcomes
- Discussing potential improvements and future work
-
Day 45: Internship Wrap-Up
- Final thoughts and takeaways
- Certificates and recognition
- Networking and future opportunities
This syllabus ensures a comprehensive learning experience, covering both the technical and practical aspects of building and deploying a production-ready application using Git, Docker, Jenkins, and AWS in a DevOps environment.
Why is a DevOps Internship necessary?
- Practical Experience: Gain hands-on experience by working on real projects and collaborating with experienced DevOps professionals.
- Career Opportunities: DevOps skills are in high demand, offering diverse career opportunities in software development, IT operations, and technology consulting.
- Efficient Workflow: Learn how to streamline development and operations processes, improving collaboration and productivity within teams.
- Continuous Learning: DevOps is a dynamic field with constant updates and new technologies, providing opportunities for continuous learning and skill development.
Whether you're passionate about improving software delivery processes or seeking to advance your career in IT, participating in a DevOps internship can provide valuable opportunities for growth and development in your career.
Why DevOps Dominates Modern IT
Powerful insights that show why DevOps is one of the most valuable skills to learn today.
DevOps Accelerates Software Delivery
DevOps practices help development and operations teams work together, automate repetitive tasks, and deliver software faster and more efficiently.
Automation Is at the Heart of DevOps
DevOps engineers automate builds, testing, deployments, infrastructure, monitoring, and other workflows to reduce manual effort and improve reliability.
Cloud & DevOps Go Hand in Hand
Modern DevOps environments commonly use cloud platforms such as AWS, Azure, and Google Cloud to deploy, scale, monitor, and manage applications and infrastructure.
CI/CD Enables Continuous Delivery
Continuous Integration and Continuous Delivery help teams automate code integration, testing, and deployments, making software releases more consistent and reliable.
Containers Make Deployment Easier
Technologies such as Docker and Kubernetes help DevOps teams package, deploy, manage, and scale applications consistently across different environments.
DevOps Skills Open Multiple Career Paths
Learning DevOps can prepare you for roles such as DevOps Engineer, Cloud Engineer, Site Reliability Engineer, Platform Engineer, Automation Engineer, and Infrastructure Engineer.
Build Real DevOps Projects During Your Internship
RaysEdTech focuses on practical DevOps development through real-world projects, Linux, Git, Docker, CI/CD pipelines, cloud platforms, monitoring, automation, and industry-focused mentorship.
Internship Program Fee
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