AI-Powered DevOps & AWS Training & Internship in Chennai
Master cloud automation and continuous delivery with a structured 150-day learning path covering Linux, AWS Cloud, Git, Python/Shell scripting, Jenkins, Docker, Kubernetes, Terraform, Ansible, CloudWatch and real-world DevOps projects at UNIQ Technologies.
Why Choose a DevOps & AWS Course & Internship in Chennai?
Looking for a DevOps and AWS course in Chennai that combines Linux, Cloud Computing, AWS, CI/CD, Docker, Kubernetes, Infrastructure as Code and real-world project experience? The DevOps & AWS course at UNIQ Technologies is structured to help students, freshers and working professionals build modern cloud deployment skills.
From Code Commits to Cloud Kubernetes Clusters
DevOps engineers automate continuous delivery pipelines, cloud infrastructure and container orchestration using AWS, Docker, K8s and Terraform.
Linux Fundamentals
Master Linux administration, user permissions, processes, environment variables and log troubleshooting.
Networking Fundamentals
Understand TCP/IP, IP addressing, Subnets, DNS, Ports, HTTP/HTTPS and network firewalls.
Git & GitHub
Learn version control, branching strategies, code commits, pull requests and repository workflows.
Python & Shell Scripting
Automate repetitive sysadmin tasks and infrastructure workflows using Bash and Python scripts.
AWS Cloud Fundamentals
Understand AWS global infrastructure, Regions, Availability Zones, AWS CLI and cloud pricing models.
AWS EC2, VPC & IAM
Configure virtual servers, isolated cloud networks, subnets, gateways, security groups and IAM roles.
AWS S3, RDS & Databases
Manage scalable cloud object storage, buckets, lifecycle policies, and managed relational databases.
AWS Load Balancers & Auto Scaling
Set up Application Load Balancers, target groups, health checks and automatic scaling policies.
Jenkins & CI/CD
Build automated Continuous Integration and Continuous Delivery pipelines with Jenkins syntax.
Docker & Containerization
Create Dockerfiles, build container images, run containers, configure volumes and Docker Compose.
Kubernetes Orchestration
Manage container clusters, Deployments, Pods, Services, Ingress controllers and rolling updates.
Terraform & Ansible
Define Infrastructure as Code (IaC) with Terraform and automate server configurations with Ansible.
Monitoring, Logging & Projects
Monitor cloud metrics with CloudWatch, master production support concepts, and build a 20-day capstone project.
Program Objective
Provide a practical pathway from Linux and cloud fundamentals to container orchestration and automated infrastructure, helping learners understand end-to-end software deployment.
Who Can Join DevOps & AWS Training?
The program starts with core fundamentals and moves towards full stack development—designed for anyone eager to build a career in software development.
BE / B.Tech Graduates
Engineering graduates looking to enter Cloud, SRE and DevOps engineering.
BCA & MCA Graduates
Computer application graduates ready for practical AWS, Docker and CI/CD skills.
B.Sc & M.Sc Graduates
Science graduates interested in modern cloud infrastructure and automation.
Software Developers
Developers expanding into containerization, Kubernetes clusters and automated CI/CD.
System Administrators
SysAdmins transitioning from traditional IT management to Cloud and DevOps.
Linux Administrators
Linux specialists building cloud architecture, Ansible automation and Terraform IaC skills.
Cloud Enthusiasts
Learners focused on AWS global cloud architecture and serverless automation.
Final-Year Students & Freshers
Students seeking hands-on project exposure before entering the IT industry.
Career Switchers
Professionals looking to transition into high-growth Cloud & DevOps engineering roles.
DevOps & AWS Roadmap
A structured learning path that moves from fundamentals and backend frameworks to AI, cloud concepts, professional tools and job preparation.
Learning Path
Course Modules
Linux Fundamentals
Linux is one of the core technologies used in DevOps and Cloud environments. Students build a strong command-line and system administration foundation.
Key Topics
What you'll learn
Linux Commands & Structure
File system hierarchy, directory navigation and commands
Permissions & Ownership
chmod, chown, user accounts and group management
Process & Package Management
ps, top, systemctl, system services and package managers
Log & Disk Management
Viewing system logs, disk space monitoring and troubleshooting
Learning Focus
Command-line proficiency enables DevOps engineers to manage remote cloud servers and containerized operating systems.
A structured path. No rushed learning.
The learning program distributes time across programming, databases, backend development, AI, professional tools, and career preparation.
Overall Program
The duration is intentionally spread across the complete learning journey instead of compressing the syllabus into a short-term crash course.
Linux Fundamentals
SystemsNetworking Fundamentals
NetworkingGit & GitHub
Version ControlPython & Shell Scripting
AutomationAWS Cloud Fundamentals
CloudAWS EC2, VPC & IAM
AWS ComputeAWS S3, RDS & Storage
AWS StorageAWS Load Balancers & Auto Scaling
High AvailabilityJenkins & CI/CD
CI/CDDocker
ContainersKubernetes
OrchestrationTerraform
IaCAnsible
Config MgmtMonitoring & CloudWatch
ObservabilityDevOps & Production Concepts
OperationsResume & Mock Interviews
Career PrepDevOps & AWS Capstone Project
Capstone ProjectCore programming receives one of the largest portions of the learning timeline.
Approximate days across frontend, core programming, databases, and web foundations.
Overall program duration covering technical and career preparation.
What Skills Can You Develop During the Full Stack Internship?
Progress through the syllabus and understand how the major parts of a modern application connect—from the user interface to backend services and databases.
Cloud Infrastructure
Provision AWS cloud servers, private VPC networks, security groups and storage buckets.
Build & Containers
Automate code compilation, test executions, and package container images.
Orchestration & Ops
Deploy microservices across Kubernetes clusters, configure auto-scaling and monitor logs.
Supporting skills for modern development
The core application stack is supplemented by exposure to modern development practices, cloud technologies, AI and software delivery tools.
Practical DevOps & AWS Training for Freshers
Freshers often face a particular problem when applying for their first software job: employers expect practical understanding even when candidates have no professional experience. An internship-oriented training environment helps bridge this gap.
At UNIQ Technologies, the emphasis is on learning concepts through coding and practical implementation rather than depending exclusively on theory.
Students should be able to explain:
Essential topics for fresher technical interviews
How to automate builds with Jenkins CI/CD
Triggering automated pipeline builds on Git pushes to compile, test, and package applications.
How to containerize applications using Docker
Writing multi-stage Dockerfiles and containerizing application dependencies for uniform runtimes.
How Kubernetes manages cluster auto-healing
Configuring Pod deployments, Services, and ingress rules that automatically recover failed containers.
How to provision AWS infrastructure with Terraform
Writing declarative HCL files to automate AWS VPC, EC2, and S3 provisioning in minutes.
How AWS Load Balancers and Auto Scaling work
Distributing incoming traffic across EC2 instances and dynamically scaling based on CPU metrics.
How Ansible manages server configurations
Running agentless YAML playbooks to configure hundreds of Linux servers simultaneously.
How CloudWatch monitors infrastructure health
Setting up metrics alarms, log groups, and notification alerts for cloud instances.
How to troubleshoot pipeline and cluster failures
Inspecting Jenkins console logs, kubectl describe pod commands, and AWS CloudWatch events.
Full Stack Projects That Connect the Full Stack
Project-based learning is an important part of becoming comfortable with Full Stack development. A practical project helps students understand how individual technologies work together as one complete application.
Project Architecture
One application. Multiple technologies. One workflow.
Version Control
Git + GitHub
Maintain application code and trigger webhooks on new commits.
CI/CD & Containers
Jenkins + Docker
Automate test builds and create Docker container images.
Cloud Infrastructure
AWS EC2 + VPC + IAM
Provision virtual compute, isolated networks and security policies.
IaC & Orchestration
Terraform + Kubernetes
Provision infra via Terraform and deploy container clusters with K8s.
Monitoring & Observability
AWS CloudWatch
Track CPU/memory usage, aggregate log events and send alerts.
DevOps & AWS Career Opportunities
Depending on skills, project knowledge, interview performance, and employer requirements, learners can explore various entry-level opportunities across the software industry.
DevOps Engineer
Junior DevOps Engineer
AWS Cloud Engineer
Cloud Support Engineer
AWS DevOps Engineer
Build & Release Engineer
Site Reliability Engineer
Infrastructure Engineer
Automation Engineer
CI/CD Engineer
DevOps Intern
Frequently Asked Questions
Everything you need to know about the internship, learning path, technologies, practical training and career preparation.
A DevOps course teaches practices and technologies used to automate software development, testing, deployment, infrastructure management and monitoring.
AWS (Amazon Web Services) is a cloud computing platform offering infrastructure, storage, databases, networking, security and cloud services.
UNIQ Technologies offers DevOps and AWS training in Chennai with a curriculum covering Linux, AWS, CI/CD, Docker, Kubernetes, Terraform and related technologies.
Yes. Freshers can learn DevOps by starting with Linux, networking, Git, scripting and cloud fundamentals before progressing to CI/CD and automation.
Yes. AWS is a major component of the proposed curriculum.
Linux is highly useful for DevOps because many servers, cloud environments and DevOps tools run on Linux-based systems.
Yes. Git and GitHub are included.
Yes. Jenkins and CI/CD are included for 10 days.
CI/CD refers to practices and automation used to continuously integrate code changes and deliver or deploy applications efficiently.
Yes. Docker is included for 10 days.
Docker is a containerization platform used to package applications and their dependencies into portable containers.
Yes. Kubernetes is included for 15 days.
Kubernetes is used to orchestrate and manage containerized applications across clusters.
Yes. Terraform is included for 10 days.
Infrastructure as Code (IaC) is the practice of defining and managing infrastructure using configuration files and automation tools such as Terraform.
Yes. Ansible is included for 5 days.
Yes. EC2 is included as part of the AWS infrastructure module.
Yes. S3 is included in the AWS storage module.
Yes. VPC concepts are included.
Yes. IAM is included for understanding identity and access management in AWS.
Yes. RDS is included as part of the AWS database module.
Yes. AWS Load Balancing concepts are included.
Yes. Auto Scaling is included.
Yes. CloudWatch and monitoring concepts are included.
Yes. Shell scripting is included along with Python-based automation.
Python is useful for automation and scripting, although DevOps professionals work with multiple technologies depending on the environment.
DevOps does not necessarily require software-development-level coding skills, but scripting and automation skills are highly useful.
Yes. Understanding networking concepts such as IP addresses, DNS, ports, subnets and routing helps when working with AWS infrastructure.
No. Cloud Computing is the broader concept, while AWS is one of the major cloud service providers.
No. Cloud Computing provides infrastructure, while DevOps focuses on collaboration, automation, CI/CD, deployment and infrastructure management.
No. Docker is used for containerization, while Kubernetes is used to orchestrate and manage containers at scale.
No. Jenkins is an automation server commonly used to create CI/CD pipelines.
Terraform is used to define and provision infrastructure using Infrastructure as Code.
Ansible can automate server configuration, software installation and deployment tasks.
Yes. The program includes a dedicated 20-day DevOps & AWS project.
A project allows learners to combine AWS, Git, CI/CD, Docker, Kubernetes, Terraform and monitoring into an end-to-end workflow.
Yes. The curriculum is positioned for freshers searching for DevOps training in Chennai.
Yes. Software developers benefit from learning Git, CI/CD, Docker, Kubernetes, cloud and infrastructure automation.
Yes. Linux administration provides a useful foundation for learning DevOps and Cloud technologies.
Yes. The AWS section begins with Cloud fundamentals before progressing into infrastructure and DevOps automation.
The curriculum has a total duration of approximately 150 days.
Yes. The page is structured around DevOps & AWS course and internship-oriented training at UNIQ Technologies.
The curriculum brings together Linux, Git, AWS, Jenkins, CI/CD, Docker, Kubernetes, Terraform, Ansible, monitoring and a practical 20-day DevOps project.