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☸️ EKS Expert Track Advanced Level AWS-Native

Advanced Kubernetes
with Amazon EKS

Master Amazon Elastic Kubernetes Service for enterprise-grade production deployments on AWS. Deep-dive into EKS cluster architecture, VPC-CNI networking, IRSA for IAM security, Karpenter node provisioning, KEDA event-driven scaling, GitOps with ArgoCD, AWS-native observability, and AI-assisted Kubernetes operations at scale.

schedule55 Hours
science28+ Labs
workspace_premium4 Real Projects
languageEnglish
terminalHands-on Labs
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4.9 (40 reviews) · 1,600+ enrolled
person Created by Rajesh Kumar · AWS EKS Specialist & Senior Cloud Architect, ex-Amazon, 12+ years experience
boltEnroll Now — ₹21,999
hub EKS Expert
Amazon EKS Expert Track
Advanced EKS Engineering
EKS · VPC-CNI · IRSA · Karpenter · KEDA · ArgoCD · Copilot
55h
Content
28+
Labs
4
Projects
Tools & Technologies
Amazon EKSVPC-CNIIRSAKarpenterKEDAFargateArgoCDHelmALB ControllerAWS Load BalancerCloudWatchCopilotClaude

What you'll learn

check_circle Provision and manage enterprise EKS clusters with eksctl, Terraform, and AWS CDK
check_circle Configure VPC-CNI networking, security groups for pods, and private cluster endpoints
check_circle Implement IRSA (IAM Roles for Service Accounts) for fine-grained, pod-level AWS permissions
check_circle Deploy Karpenter for intelligent node provisioning — Spot, On-Demand, and mixed instances
check_circle Configure KEDA event-driven autoscaling with SQS, DynamoDB Streams, and CloudWatch metrics
check_circle Deploy production workloads using GitOps with ArgoCD and Flux on multi-cluster EKS
check_circle Implement observability with CloudWatch Container Insights, Prometheus, and AWS Distro for OpenTelemetry
check_circle Use GitHub Copilot and Claude to generate K8s manifests, IRSA policies, and Karpenter NodePools
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28+ EKS Hands-on Labs

Production-grade labs on real AWS accounts — EKS cluster provisioning, VPC-CNI, IRSA, Karpenter, KEDA, and GitOps on live Amazon EKS clusters.

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AI-Assisted EKS Ops

GitHub Copilot and Claude generate EKS YAML manifests, IRSA IAM policies, Karpenter NodePool configurations, and CloudWatch alert rules throughout every lab.

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AWS-Native Integration

Deep integration with AWS services — ECR, ALB, Route53, ACM, CloudWatch, SQS, and DynamoDB — reflecting real enterprise EKS architectures used at scale.

Course Curriculum

12 Modules · 55 Hours
article EKS control plane, managed node groups, self-managed nodes, and Fargate profiles
55:00
article Cluster provisioning with eksctl, Terraform, and AWS CDK
50:00
article EKS networking — VPC-CNI, prefix delegation, and security groups for pods
45:00
article Private cluster endpoints, private API server access, and VPN integration
35:00
science Lab: Lab: Provision a production EKS cluster with private endpoints and VPC-CNI
45:00
article VPC-CNI IP allocation — prefix delegation and ENI management
55:00
article AWS Load Balancer Controller — ALB Ingress and NLB for services
50:00
article ExternalDNS, Route53 integration, and ACM certificate automation
45:00
science Lab: Lab: Deploy a multi-tier application with ALB Ingress, Route53, and ACM SSL
30:00
article IRSA architecture — OIDC provider, IAM roles, and service account annotations
55:00
article Pod Identity (EKS add-on) — next-gen IRSA replacement
50:00
article EKS access entries — cluster RBAC and AWS IAM integration
45:00
article AI-generated IRSA IAM policies with least-privilege analysis
35:00
science Lab: Lab: Implement IRSA for 5 microservices with least-privilege S3, SQS, and DynamoDB access
55:00
article Karpenter architecture — NodePool, NodeClass, provisioning decisions
55:00
article Spot instance handling — interruption handling, rebalancing, and mixed capacity
55:00
article Karpenter consolidation, drift detection, and node expiry
45:00
science Lab: Lab: Configure Karpenter with Spot + On-Demand NodePools for cost-optimised EKS
35:00
article KEDA scalers — SQS queue depth, DynamoDB Streams, CloudWatch metrics
55:00
article TriggerAuthentication with IRSA for secure KEDA-AWS integration
50:00
article KEDA with Karpenter — combined event-driven pod and node scaling
40:00
science Lab: Lab: Build an SQS-triggered processing system with KEDA and Karpenter on EKS
35:00
article Fargate profiles — selectors, namespaces, and pod-level isolation
55:00
article Fargate security — no SSH, no DaemonSets, IAM task roles vs IRSA
50:00
science Lab: Lab: Deploy a serverless workload on EKS Fargate with IRSA and ALB
35:00
article ArgoCD on EKS — ApplicationSets, multi-cluster management, and sync webhooks
55:00
article Flux CD — image automation, Helm releases, and Kustomize on EKS
50:00
article AI-generated ArgoCD Application manifests and Kustomize overlays
30:00
science Lab: Lab: Full GitOps workflow — dev and prod EKS clusters managed by ArgoCD
35:00
article CloudWatch Container Insights — performance, logs, and node health
55:00
article AWS Distro for OpenTelemetry (ADOT) — metrics, traces, and logs collection
50:00
article AI-powered anomaly detection with CloudWatch Anomaly Detection
35:00
science Lab: Lab: Build a full-stack observability platform for EKS with AI-driven alerting
30:00
article EKS managed add-ons — VPC-CNI, CoreDNS, kube-proxy, EBS CSI, EFS CSI
55:00
article Cluster upgrades — blue/green upgrade strategy and managed node group rolling updates
50:00
science Lab: Lab: Perform a zero-downtime EKS cluster upgrade with add-on compatibility validation
35:00
article Spot interruption handling, Savings Plans, and Compute Optimizer for EKS
55:00
article AWS Cost Explorer + AI-driven EKS cost analysis and right-sizing
50:00
science Lab: Lab: Reduce a simulated EKS cluster cost by 40% using Karpenter Spot + Compute Optimizer
35:00
Module Objective: Use GitHub Copilot, Claude, and Amazon Q to generate EKS manifests, IRSA policies, Karpenter NodePools, and CloudWatch alarms — and build AI-powered incident response automation for production EKS clusters.
article Copilot for K8s YAML generation — Deployments, Services, IRSA annotations
45:00
article Claude for EKS troubleshooting — node pressure, pod eviction, CNI errors
40:00
article Automated runbook generation for EKS incidents with LLMs
35:00
science Lab: Lab: Build an AI-powered EKS health monitor with auto-remediation
50:00
article Design a multi-cluster enterprise EKS platform — Karpenter, KEDA, IRSA, GitOps, ADOT
120:00
science Lab: Lab: Full deployment — EKS + ArgoCD + Karpenter + KEDA + CloudWatch + AI ops
120:00

Tools & Technologies You'll Master

☸️ Kubernetes☁️ Amazon EKS🔌 VPC-CNI🔐 IRSA⚡ Karpenter📊 KEDA🚀 Fargate🔄 ArgoCD🔀 Flux CD🎯 Helm🏗️ Terraform/eksctl📈 CloudWatch🔭 ADOT🌐 ALB Controller🔗 ExternalDNS🤖 GitHub Copilot🧠 Claude🟠 Amazon Q

Real-World Projects

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Production EKS Multi-Cluster Platform ArgoCD + Karpenter + IRSA + ADOT

Deploy a multi-cluster EKS platform — dev and prod — with GitOps via ArgoCD, Karpenter node provisioning, IRSA for all microservice permissions, and ADOT for distributed tracing.

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Event-Driven Processing on EKS KEDA + SQS + DynamoDB + Karpenter

Build a KEDA-powered image processing pipeline on EKS — SQS triggers pod scaling, Karpenter adds Spot nodes on demand, IRSA grants S3 and DynamoDB access, and auto-scales to zero when idle.

security
Zero-Trust EKS Security Model IRSA + Pod Identity + OPA + Network Policies

Implement a zero-trust EKS cluster — Pod Identity for fine-grained IAM, OPA Gatekeeper admission control, VPC-CNI network policies, and AI-generated IRSA policies with least-privilege analysis.

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AI-Powered EKS Ops Platform Copilot + Claude + Amazon Q + CloudWatch

Create an AI operations platform that monitors EKS health, diagnoses pod failures with Claude, generates remediation runbooks, and auto-executes approved fixes via CloudWatch Events and Lambda.

Certification

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Thick Brain Technology — Advanced Kubernetes EKS Certification

Upon completing all labs and the capstone, you receive a verified certificate in Advanced Amazon EKS Engineering — covering cluster architecture, IRSA, Karpenter, KEDA, GitOps, and AI-assisted operations. Recognised by AWS-focused employers and shareable on LinkedIn.

check_circleIndustry-recognised check_circleVerifiable check_circleLifetime access

Career Opportunities

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Kubernetes / EKS Engineer

Design and operate enterprise EKS clusters with Karpenter, IRSA, KEDA, and GitOps at AWS scale.

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AWS Cloud Architect

Architect production AWS Kubernetes platforms with EKS, Fargate, ALB, Route53, and CloudWatch.

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AIOps Engineer

Apply AI tools to EKS operations — automated anomaly detection, incident triage, and self-healing infrastructure.

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Site Reliability Engineer

Ensure EKS cluster reliability with Karpenter node management, advanced autoscaling, and AI-assisted on-call tools.

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Platform Engineer

Build AWS-native developer platforms on EKS with Backstage, ArgoCD, and Fleet management.

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DevSecOps Engineer

Secure EKS with IRSA, Pod Identity, OPA, image scanning, and AI-generated IAM policies.

Frequently Asked Questions

Basic Kubernetes knowledge is recommended — pods, services, and deployments. No prior EKS or AWS experience required. We cover AWS fundamentals relevant to EKS at the start.
GitHub Copilot and Claude generate Kubernetes YAML, IRSA IAM policies, Karpenter NodePool configs, and CloudWatch alarms. Amazon Q assists with AWS-native troubleshooting throughout every lab.
Yes — all labs run on real AWS accounts with live EKS clusters. AWS credits are provided. No simulators.
Yes — EKS is heavily tested in the AWS DevOps Professional exam, and cluster operations align strongly with CKA objectives. This course provides excellent practical preparation for both.
55 hours of content. Most students finish in 5–7 weeks at 2 hours/day. Lifetime access as EKS add-ons and Karpenter evolve.

Student Success Stories

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Ashok S.
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"The Karpenter module is the best investment I've made this year. Our AWS bill dropped 42% the week we implemented Spot + On-Demand NodePools. The cost optimisation section paid for itself 50 times over."

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Meera R.
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"IRSA was always mysterious to me. After this course I understand it deeply and can implement it for any microservice in minutes. The AI-generated least-privilege policies save hours of IAM policy writing."

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Praveen G.
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"The multi-cluster GitOps capstone is exactly the architecture we run in production. I implemented it at my company the week after finishing and replaced our manual deployment process entirely."

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