DevOps Mastery Program · Trivandrum, Kerala

Ship faster.
Break nothing.
Automate everything.

Trinity Technologies' 6-month DevOps program builds engineers who own the full delivery lifecycle — from source code to production, across cloud, containers, and continuous everything. Hands-on labs. Real projects. Career placement.

6mo
Intensive Track
37+
Core Modules
15+
Industry Tools
trinity@devops ~ $
01 / The Loop

The DevOps lifecycle, visualised.

DevOps isn't a tool — it's a continuous loop where development and operations move as one organism. You'll learn every stage.

PlanStrategy
CodeGit, VCS
BuildMaven, Jenkins
TestQA, SonarQube
ReleaseCI/CD
DeployDocker, K8s
OperateAnsible
MonitorCloudWatch
02 / Pipeline

From commit to production.

Every push triggers a pipeline. You'll build it, break it, and make it bulletproof.

01
Commit

Code lands in Git. Version controlled, peer-reviewed, ready.

02
Build

Jenkins triggers Maven. Artifacts compile. Dependencies resolve.

03
Test

Unit, integration, load. SonarQube scans for quality.

04
Package

Docker images built. Stored in registries. Versioned.

05
Deploy

Kubernetes orchestrates. Blue/green or canary releases.

06
Monitor

CloudWatch + Prometheus. Alerts fire before users notice.

03 / Arsenal

The tools you'll command.

Industry-standard tools used by every serious engineering org.

Git
Git & GitHub
Version Control
Jk
Jenkins
CI/CD
🐳
Docker
Containers
☸
Kubernetes
Orchestration
An
Ansible
Config Mgmt
Tf
Terraform
IaC
AWS
Amazon AWS
Cloud
Mv
Maven
Build Tool
Sq
SonarQube
Code Quality
Nx
Nexus
Artifact Repo
$_
Linux / Bash
OS Mastery
Py
Python
Automation
04 / Curriculum

37 modules. Two tracks. Total mastery.

A structured journey from Linux fundamentals to production-grade AWS DevOps engineering.

01
DevOps Overview
  • Principles & culture
  • Lifecycle stages
  • Continuous improvement
02
Engineer Skills
  • Build processes
  • Deployment strategies
  • EC2 automation
03
Delivery Pipeline
  • CI concepts
  • CD strategies
  • QA & testing
04
Cloud Fundamentals
  • IaaS, PaaS, SaaS
  • Deployment models
  • Terminology
05
Cloud Providers
  • AWS, Azure, GCP
  • Virtualization
  • Cloud security
06
Essential Tools
  • Config mgmt tools
  • CI tools
  • Monitoring stacks
07
Linux & Servers
  • Filesystem & commands
  • Process management
  • Network config
08
Intro to AWS
  • Core services
  • Regions & AZs
  • Management console
09
Networking & Vagrant
  • Protocols & subnetting
  • Vagrant setup
  • Dev environments
10
Project: VProfile
  • VM setup
  • Configuration
  • Validation
11
Bash Basics
  • Script syntax
  • Variables, functions
  • Debugging
12
Advanced Bash
  • Conditionals & loops
  • File processing
  • Cron scheduling
13
Python Fundamentals
  • Syntax & data types
  • Control structures
  • Error handling
14
Python Automation
  • OS task scripting
  • API interaction
  • Web scraping
15
Bash + Python
  • Script integration
  • Use cases
  • Best practices
16
AWS Overview
  • IAM
  • EC2 & EBS
  • Service catalog
17
Advanced AWS
  • ELB, S3, RDS
  • CloudWatch
  • Autoscaling
18
AWS Networking
  • VPC, subnets
  • Security groups
  • IAM policies
19
AWS CI/CD
  • CodeCommit
  • CodeBuild & Pipeline
  • Troubleshooting
20
Project: Re-Architecture
  • Lift & shift
  • PaaS/SaaS migration
21
Git Basics
  • Repos & branches
  • Commits & merges
  • Conflict resolution
22
Advanced Git
  • Branching strategies
  • Workflows
  • Remote management
23
Jenkins
  • Installation & config
  • Jobs & pipelines
  • VCS integration
24
Maven Build Tool
  • POM structure
  • Build lifecycle
  • Dependencies
25
Project: CI/CD
  • Jenkins + Nexus
  • SonarQube + Slack
26
Ansible Intro
  • Architecture
  • Inventory & modules
  • Basic playbooks
27
Advanced Ansible
  • YAML & variables
  • Templates & handlers
  • Role-based config
28
Ansible Roles
  • Role structure
  • Galaxy repos
  • Best practices
29
Ansible + AWS
  • Resource management
  • Cloud automation
  • Integration patterns
30
Project: Continuous Delivery
  • Jenkins + Ansible
  • Config management
31
Docker
  • Containerization
  • Images & networking
  • Volumes & logs
32
Advanced Docker
  • Compose & Swarm
  • Security
  • Troubleshooting
33
Kubernetes
  • Architecture
  • Pods, services, deployments
  • Scaling
34
Advanced K8s
  • Networking & security
  • Helm
  • Monitoring
35
Project: K8s Deploy
  • VProfile on K8s
36
Terraform
  • IaC fundamentals
  • Configuration files
  • State management
37
Terraform Automation
  • AWS provisioning
  • Infrastructure changes
  • Documentation
01
Repositories & VCS
  • Code & image repos
  • Artifact repositories
  • Pipeline version control
02
Build & Deployment
  • Build processes
  • Deployment strategies
  • EC2 automation
03
Testing & Health
  • Load tests
  • Performance benchmarks
  • Code coverage
04
Artifact Management
  • Repository config
  • Security permissions
  • Deployment agents
05
Deployment Methods
  • Blue/green deploys
  • Canary releases
  • Rollback strategies
06
IaC Templates
  • CloudFormation
  • StackSets
  • AWS SAM & CDK
07
Config Mgmt Services
  • OpsWorks
  • Systems Manager
  • AppConfig
08
Account Governance
  • AWS Organizations
  • IAM solutions
  • Patch management
09
Automation & Compliance
  • Lambda automation
  • Software compliance
  • Security controls
10
Security Controls
  • Security Hub
  • Governance tools
  • IAM policies
11
Resiliency
  • Single point identification
  • Cross-Region solutions
  • Multi-AZ apps
12
Scaling & Load Balance
  • Auto-scaling
  • Load balancing
  • Caching
13
Multi-Region
  • Global workloads
  • Serverless apps
  • Failover tests
14
App Dev & Testing
  • Multi-Region deploys
  • HA solutions
  • DR plans
15
Recovery Strategies
  • AWS Backup
  • S3 storage
  • Automated workflows
16
Log Management
  • Secure storage
  • Encryption
  • Lifecycle policies
17
CloudWatch Metrics
  • Custom metrics
  • Dashboards
  • Alarms
18
Log Analysis
  • Logs Insights
  • Kinesis Streams
  • Athena
19
Event Management
  • EventBridge
  • Monitoring agents
  • Health checks
20
Auto Scaling Perf
  • Group monitoring
  • Scaling policies
  • Resource utilization
21
Event Processing
  • Event integration
  • Workflow building
  • Failed deploy analysis
22
Remediation
  • System remediation
  • Incident reports
  • Auto-scaling response
23
Failed Deployments
  • CodePipeline debug
  • CodeBuild issues
  • Stack troubleshooting
24
Process Failures
  • Auto-scaling failures
  • ECS/EKS issues
  • Recovery procedures
25
Workflows
  • Step Functions
  • SNS & SQS
  • Kinesis streaming
26
Access Controls
  • Least privilege
  • RBAC
  • MFA & rotation
27
Security Automation
  • Defense in depth
  • GuardDuty
  • Config rules
28
Data Encryption
  • In transit & at rest
  • AWS KMS
  • CloudHSM
29
Compliance & Audit
  • Security auditing
  • Alerting
  • Regulatory compliance
30
Security Monitoring
  • CloudTrail
  • Macie
  • Network security
05 / Why Trinity

Built for engineers,
not classrooms.

01 / FACULTY

Instructors who shipped in production.

Our trainers are practicing DevOps engineers, not lecturers. They bring real war stories from production incidents, deployment disasters and the fixes that worked — straight into your classroom.

02 / LABS

Infrastructure that mirrors the industry.

State-of-the-art labs simulating real production environments. Build CI/CD pipelines on Jenkins, deploy containers on Kubernetes, provision cloud on AWS — all on infrastructure you actually touch.

03 / PROJECTS

Five hands-on projects, not slideware.

VProfile setup, AWS re-architecture, full Jenkins/Nexus/SonarQube CI/CD, Ansible-driven continuous delivery, and Kubernetes deployment. You leave with portfolio work, not certificates.

04 / PLACEMENT

Career support until you're hired.

Resume building, mock interviews, industry connections, and dedicated placement cell. We don't stop at certification — we stop when you have an offer letter.

Roles you'll be ready for.

DevOps is one of the highest-demand, highest-paying tracks in tech. With certification, you're competitive globally — and locally indispensable.

DevOps Engineer
~ ₹6–18 LPA
Release Manager
~ ₹10–22 LPA
Site Reliability Engineer
~ ₹12–28 LPA
Automation Architect
~ ₹14–30 LPA
Cloud Engineer
~ ₹8–24 LPA
Platform Engineer
~ ₹10–26 LPA
07 / Questions

Things people ask before enrolling.

What is DevOps actually? +

DevOps is a set of practices combining software development (Dev) and IT operations (Ops). The goal: shorten the development lifecycle and deliver high-quality software continuously, with automation as the backbone.

Do I need prior experience? +

Basic knowledge of software development, networking, and Linux is helpful, but our course begins from fundamental concepts. Complete beginners and working IT professionals both fit.

How long is the program? +

The full DevOps program runs 6 months with regular attendance and practice. We offer morning, afternoon, and evening batches to fit your schedule.

What topics are covered? +

Version control (Git), CI/CD (Jenkins), configuration management (Ansible), containerization (Docker, Kubernetes), IaC (Terraform), cloud (AWS), monitoring, and DevSecOps — across 37 core modules plus a 30-module AWS DevOps specialization.

What's the certification exam format? +

Industry certifications typically include multiple-choice questions, practical assignments, and hands-on projects. We run regular mock exams that simulate the real environment so you walk in confident.

What jobs can I get after this? +

DevOps Engineer, Site Reliability Engineer, Release Manager, Automation Architect, Cloud Engineer, Platform Engineer. Roles exist in every product company and across IT services — locally and globally.

Why Trinity Technologies specifically? +

Industry-aligned curriculum updated continually, instructors with real production experience, state-of-the-art labs, five hands-on projects, mock exams, and active placement support. Plus we're rooted in Trivandrum's growing tech ecosystem.

08 / Begin

Your DevOps career
starts with one commit.

Visit our campus, talk to an instructor, see the labs. Then decide.

📞 Call 9447387064 💬 WhatsApp Us