Master DevOps
In today’s fast-paced IT landscape, DevOps has become the key to delivering high-quality software efficiently. Our DevOps Certification from Techtroma is designed to equip professionals with the expertise to streamline software development, enhance collaboration between development and operations teams, and automate workflows using industry-leading tools.
Why Choose Our DevOps Certification?
Industry-Recognized Certification – Gain credentials from Techtroma, a trusted name in tech education.
Hands-on Learning – Work on real-world projects and case studies to gain practical expertise.
Expert-Led Training – Learn from seasoned DevOps professionals with years of industry experience.
Comprehensive Curriculum – Covering CI/CD pipelines, Infrastructure as Code (IaC), Kubernetes, Docker, Jenkins, Ansible, Git, AWS DevOps, and more.
Flexible Learning – Online and offline classes available to fit your schedule.
Placement Assistance – Get career support and job opportunities in top IT firms.
Who Should Enroll?
- Software Developers
- System Administrators
- IT Professionals looking to upskill
- Cloud & DevOps Engineers
- Anyone aspiring to build a career in DevOps
Hands-on Projects & Real-World Applications
- Automate CI/CD Pipeline using Jenkins & Git
- Deploy Kubernetes Clusters for Scalable Applications
- Monitor & Optimize Cloud Infrastructure
- Implement Infrastructure as Code using Terraform
Certification & Career Benefits
Globally Recognized Certification from Techtroma
- Higher Salary Potential – DevOps Engineers earn an average of ₹10-25 LPA in India
- Career Growth – Land roles like DevOps Engineer, Site Reliability Engineer (SRE), Cloud Engineer, and Automation Engineer
- Work with Top Companies – Amazon, Google, Microsoft, Infosys, TCS, Accenture, and more
Course Curriculum
- Why DevOps?
- What is DevOps?
- Agile and DevOps
- DevOps Lifecycle
- DevOps Market Trends
- DevOps Delivery Pipeline
- DevOps Ecosystem & Use Case
- Introduction to Virtualization
- Introduction to Cloud Computing
- Overview of Version Control systems
- Central vs Distributed Control systems
- Introduction to Git
- Git file workflow
- Important Git Commands
- Branching and Merging, Stashing, Rebasing, Reverting and Resetting
- Introduction to GitHub
- Using Git and GitHub together.
- Overview of Various Build tools
- What is Maven
- Maven Plugins
- Maven Archetypes
- Project Object Model (POM)
- Source Control Integration
- What and Why of Containers
- Difference between VMs and Containers
- Docker Architecture and Components
- Image Distribution using Docker Hub
- Working with Containers and Docker Hub
- Overview of Continuous Integration
- Overview of Jenkins
- Jenkins architecture
- Installing and Configuring Jenkins
- Jenkins Management
- Jenkins Build Pipeline
- Overview of Continuous Integration
- Overview of Jenkins
- Jenkins architecture
- Installing and Configuring Jenkins
- Jenkins Management
- Jenkins Build Pipeline
- Docker Files
- Docker Compose
- Docker Networking
- Docker Swarm
- Basics of Kubernetes container orchestration
- Differences between Docker Swarm and Kubernetes
- Kubernetes Architecture
- Installing Kubernetes using Kubeadm
- Creating Pods and Deployments using YAML
- Selectors & Labels in Kubernetes
- Using ReplicaSets & Rolling Updates
- Scheduling the applications on the container
- Services in Kubernetes
- Overview of Configuration Management
- Introduction to Ansible
- Ansible Architecture
- Ansible Components
- Installation & Configuration
- Writing Ansible Playbooks
- Working with Ansible variables
- Working with Ansible Modules
- Creating Roles using Ansible Galaxy
- Infrastructure as Code using Terraform
- Terraform vs other tools (Chef & Puppet)
- Overview of HashiCorp Configuration Language
- Installation of Terraform in Linux
- Terraform commands and usage
- Providers in Terraform
- Understanding Terraform variables
- Using provisioners in Terraform
- State Management in Terraform
- Understanding Terraform State
- Configuring a Remote State
- Understanding resources needed in VPC creation
- Configuring EC2 Instances
- Working with Terraform Modules
- Overview of Logging and Monitoring
- Exploring Logs-Kubernetes
- Monitoring using Prometheus and Grafana
- Working with ELK
- Why Cloud?
- Overview of AWS
- Overview of AWS DevOps
- Working with Cloud Formation
- Introduction to Code Commit, Code Build, Code Deploy, and Code Pipeline
Value Added Courses
- Introduction to Agile
- Project Definition
- Difference Between Traditional & Agile Project Mgmt.
- Agile Manifesto and Principles
- Agile Methodology
- Agile Principles
- Agile Frameworks and Terminology
- Agile Methodologies
- Scrum
- XP
- Agile Analysis and Design
- Product Roadmap
- Product Backlog
- Story Maps
- Agile Modeling
- Wireframes
- Charting
- Personas
- Planning and Monitoring
- Iteration and Release Planning
- Progressive Elaboration
- Time Boxing
- Cumulative Flow Diagram
- Kanban Boards
- WIP Limits
- Burn Charts
- Retrospectives
- Innovation Games
- Agile Metrics and Estimations
- Relative Sizing
- Story Points
- Wideband Delphi Technique
- Planning Poker
- Affinity Diagram
- Ideal time
- Velocity
- Cycle Time
- EVM
- Escaped Defects
- Quality
- Frequent Verification and Validation
- Test Driven Development
- Definition of Done
- Continues Integration
- Feedback Techniques
- Incremental Delivery
- Continuous Improvement
- Value Based Prioritization
- Customer Valued Prioritization
- Compliance
- Relative Prioritization
- Value Stream Mapping
- Minimum Marketable Feature
- Risk Management
- Risk Adjusted backlog
- Risk Burn down charts
- Risk based spike
- Agile Communications
- Team Space
- Information Radiator
- Agile Tooling
- Daily Stand-ups
- Osmotic Communication
- Cloud Basics and Introduction to AWS
- Overview of Cloud Computing
- Introduction to Cloud Terminologies
- Primary Benefits of Cloud/AWS
- AWS Global Infrastructure
- Getting Started with AWS
- Overview of AWS
- Access and Tour the AWS Console
- AWS Free Tier
- AWS Networking
- Networking Basics in AWS
- Understanding CIDR and Subnets
- Understanding VPC
- AWS Compute
- Compute Basics
- Overview of AWS Compute Services
- Understanding EC2 Instances
- Working with AMIs
- ELB and Scaling EC2
- What is Elastic Load Balancing (ELB)?
- Types of ELB
- Overview of Auto Scaling
- Autoscaling Components
- What is AWS Global Accelarator?
- Identity and Access Management (IAM)
- Understanding IAM
- Managing Users, Groups, and Roles
- AWS Storage
- Overview of AWS Storage Services
- Working with EBS
- S3 Properties
- S3 Storage Classes
- Working with Storage Gateway
- Overview of AWS Glacier
- Database Service
- Differences between SQL and NoSQL
- Working Relational Database Service (RDS)
- Monitoring, Logging, and Notifications
- Monitoring and Logging Basics
- Working with CloudWatch (Monitoring, Metrics, and Logs)
- Working with CloudTrail
- Introduction to Java
- Installing the tools (JDK,JRE, IntelliJ)
- Java Basics
- Java Operators
- Control Flow in Java
- Classes,
- Objects and methods
This interactive LINUX training course ensures that users become competent at interacting with LINUX and are able to navigate the ever-developing OS. Our engaging trainers will help you learn the following modules:
- What is LINUX?
- Why choose LINUX?
- Navigating LINUX?
- The LINUX? Kernal
- Versions and distributions
- Installing LINUX?
- Slackware
- LINUX? Exploration and User Interaction
- Using the Command-Line Interface
- Common commands
- Managing files and directories
- Using the Graphical Interface
- Configuring the system
- Networking with LINUX?
- Using security features
- Switching User Contexts
- Graphical Desktop
- Editing Text
- LINUX? Files
- LINUX? FileSystem Features
- Navigating the FileSystem
- LINUX? Disk Usage
- Basic LINUX? Troubleshooting
- Changing File Permissions
- Directory Manipulation
- Archiving
- Atlassian
- MAVEN
- SONARQUBE
- XLDEPLOY
- TEAMCITY
- JFROG
- MS BUILD
- NEXUS
- NPM
- ELK
DevOps Engineer Project Life Cycle
Phase 1: Planning & Development
Define project requirements and choose the right DevOps tools (Git, Jenkins, Docker, Kubernetes). Develop infrastructure as code (IaC) using Terraform or Ansible. Establish version control and collaboration practices with Git.
Phase 2: CI/CD & Automation.
Set up continuous integration (CI) pipelines for automated code testing and deployment using Jenkins, GitHub Actions, or GitLab CI. Implement containerization with Docker and orchestration with Kubernetes. Automate infrastructure provisioning and scaling.
Phase 3: Monitoring & Optimization
Monitor system health using Prometheus, Grafana, or ELK Stack. Optimize performance, security, and cost with cloud monitoring tools. Implement disaster recovery, security policies, and regular updates to maintain system reliability.