Cohort Open · Trivandrum, Kerala

Orchestrate
containers,
at planet scale.

An intensive 2-month, hands-on Kubernetes program covering cluster architecture, deployments, networking, persistent storage, CI/CD integration, EKS on AWS, and production-grade operations — taught by industry engineers at Kerala's premier IT institute.

Start your journey View Syllabus

Duration 2 months

Modules 12 chapters

Projects 4 real-world

Mode Online · Onsite

01 / The Foundation

What is Kubernetes, and why does every cloud team need it?

kube-scheduler · active

Nnginx

Aapi

Rredis

Wweb

Kk8s-ctl

Mmongo

Qqueue

Llogger

Pproxy

The operating system for the cloud.

Modern applications run inside containers — tiny, isolated packages of code. When you run hundreds or thousands of them across many machines, you need something to coordinate them. That's Kubernetes.

It schedules workloads, restarts what breaks, scales up under load, balances traffic, and ships new versions without downtime. From Netflix to NASA, it powers the platforms you use every day.

01 Self-healing Containers crash? Kubernetes restarts them automatically.
02 Auto-scaling Traffic spike? It adds replicas. Quiet hour? It scales back.
03 Zero-downtime deploys Rolling, blue-green, canary — ship without breaking users.
04 Cloud-agnostic Same workloads run on AWS, Azure, GCP, or on-prem.

02 / Curriculum

A 12-module journey from kubectl run to production EKS.

Introduction to Kubernetes

What is Kubernetes and why use it?
Kubernetes vs Docker — key differences
Architecture: master & worker nodes
Core components: Pods, Deployments, Services
Cluster management responsibilities

Kubernetes Setup

Installation prerequisites — Docker, Kubectl, Minikube, EKS
macOS and Windows setup procedures
Cluster setup overview
Kubernetes objects and resources

Deployments & Services

Imperative and declarative deployments
Scaling, updating, rollbacks
ClusterIP, NodePort, LoadBalancer
Exposing applications with services
Liveness probes & health checks

Configuration Management

Working with YAML configuration files
Managing multiple configurations
Pod and container specifications
ConfigMaps and Secrets
Environment variables

Storage & Volumes

Understanding Kubernetes volumes
Volume types: emptyDir, hostPath, CSI
Persistent Volumes (PV) and Claims (PVC)
AWS EFS as a persistent volume
Volume lifecycle & reclaim policies

Multi-Container & Microservices

Running multiple containers in one Pod
Pod-internal communication
Pod-to-Pod: IP, DNS, env variables
Multi-tier apps: frontend + backend
Reverse proxies for frontend routing

Kubernetes on AWS

AWS EKS (Elastic Kubernetes Service)
EKS vs ECS
Creating and configuring EKS clusters
Worker nodes & node management
Deploying apps, EFS volumes, load balancing

Advanced Concepts

Namespaces and resource isolation
Autoscaling: HPA and Cluster Autoscaler
DaemonSets, StatefulSets, and Jobs
Ingress controllers & traffic routing
Multi-environment configurations

CI/CD & DevOps

Automating Kubernetes deployments
Jenkins, GitHub Actions, AWS CodePipeline
Blue-Green & Canary deployments
Managing secrets & config drift

Monitoring, Logging & Security

Prometheus & Grafana for monitoring
AWS CloudWatch and X-Ray with EKS
Centralized logging — Fluentd, OpenSearch
RBAC (Role-Based Access Control)
Network policies & Pod security standards

Real-World Projects

NodeJS + MongoDB app on Kubernetes
Multi-pod microservices deployment
Persistent storage with EFS in EKS
CI/CD integration for K8s deployment

Course Wrap-Up

Troubleshooting and debugging
Common production issues & fixes
Related topics: ECS, Fargate, Helm
Best practices for production clusters

03 / The Value

Why a Kubernetes certification is the career multiplier of the decade.

Industry adoption

Adopted across IT, cloud, and DevOps teams worldwide. Certification validates your skills and instantly boosts credibility with employers.

Career advancement

Positions you for DevOps Engineer, Cloud Engineer, Site Reliability Engineer, and IT Operations Specialist roles.

Full-stack skill set

Cluster setup, deployments, networking, persistent storage, CI/CD — end-to-end Kubernetes workflows in your toolkit.

Higher earning potential

Certified Kubernetes professionals consistently command higher salaries than non-certified peers across markets.

Global demand

Kubernetes skills are in demand worldwide, opening doors to international opportunities in cloud computing and DevOps.

Future-proof

The de-facto standard for container orchestration. Investing in Kubernetes is investing in the long-term shape of cloud infrastructure.

04 / How we teach

Concepts first, then your hands on a real cluster.

→ STEP 01

Concept walkthrough

Instructor unpacks the day's topic with architecture diagrams and live demos.

→ STEP 02

Guided lab

You follow along on Minikube, EKS, or our preconfigured lab clusters.

→ STEP 03

Solo challenge

Independent exercise — debug a broken Pod, write a Deployment manifest, scale a service.

→ STEP 04

Project & review

Apply skills to one of 4 capstone projects. Code reviewed by instructors.

→ STEP 05

Career support

Resume building, mock interviews, placement assistance with our hiring network.

deployment.yaml — Trinity Labs

01# A real example from Module 03
02apiVersion: apps/v1
03kind: Deployment
04metadata:
05  name: trinity-api
06spec:
07  replicas: 3
08  selector:
09    matchLabels: { app: api }
10  template:
11    spec:
12      containers: [{ name: api, image: node:20 }]

05 / Where this leads

Career paths after the program.

Role 01

DevOps Engineer

Build & maintain CI/CD pipelines, automate deployments, manage infrastructure as code.

Role 02

Cloud Engineer

Architect cloud-native systems on AWS, Azure, or GCP using Kubernetes as the orchestration layer.

Role 03

Site Reliability Engineer

Keep production clusters healthy — monitoring, incident response, performance tuning.

Role 04

IT Operations Specialist

Run modern container-based operations for enterprises adopting cloud-native infrastructure.

Role 05

Application Deployment Engineer

Own the deployment lifecycle of applications — from build to scale-out in Kubernetes.

Role 06

Platform Engineer

Build internal developer platforms on top of Kubernetes, abstracting complexity for product teams.

06 / Common Questions

Frequently asked.

Ideal for IT professionals, DevOps engineers, cloud engineers, system administrators, and developers who want to manage and orchestrate containerized applications at scale. Beginners are welcome — we cover foundational concepts before going deep.

No formal prerequisites. A basic understanding of Linux, Docker, and networking concepts will help, but is not required — beginners receive foundational knowledge to bring everyone up to speed with Kubernetes concepts.

The course typically spans 2 months with multiple sessions per week. It's delivered through in-person workshops or online sessions, combined with hands-on labs and real-world projects. Contact our admissions team for exact schedules and batch timings (morning / afternoon / evening).

Students receive comprehensive course materials, access to Kubernetes lab environments, exercise sets, and detailed project guides. Reference documentation is provided to reinforce learning long after the course ends.

Yes. Upon successful completion you receive a Trinity Technologies certificate, validating your Kubernetes skills and readiness for professional deployment and orchestration roles. The course also includes quizzes, assignments, and hands-on labs to assess understanding.

Absolutely — and the course teaches exactly that. You'll learn to create isolated namespaces, manage different deployments, and orchestrate workloads efficiently across projects and environments simultaneously.

Reach out to our admissions team by phone, WhatsApp, or visit our Pulimood campus in Trivandrum. We'll walk you through schedules, fees, and registration. See the contact details below.

Orchestrate containers, at planet scale.