Docker and Kubernetes Certification Training Course in Gurgaon

Containerize Infrastructure using Kubernetes manifests & YAML templates. Docker containerize the code build & build is deployed to kubernetes cluster in production environment using infrastructure deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to automate the build infrastructure at runtime before deployment happens. This training will provide hands-on training & covers Kubernetes modules, workflows, variable & other concepts to speed, scale & automate deployment & infrastructure provisioning.

Develop Kubernetes manifests/templates to deployment containers using Docker & Kubernetes that will reduce costing & speed-up container deployment.
Training program will provide interactive sessions with industry professionals
Realtime project expereince to crack job interviews
Get realtime hands-on project experience from industry experts

4.9 Ratings

240+ Learners

Why Join Docker and Kubernetes Course

Learn at your own will

Train using realtime course materials using online portals & trainer experience to get a personalized teaching experience.

Practical experience

Active interaction in sessions guided by leading professionals from the industry

Realtime Industries Project exercises

Gain professionals insights through leading industry experts across domains

Personalized Q&A support

24/7 Q&A support designed to address training needs

Organizational Hiring Insights

Container Automation via K8s Templates to speed & scale.

60%

Global Employment Opportunities

Top 10

DevOps (Docker & Kubernetes) Skills Hiring

39% in IT

Docker and Kubernetes Training Course Overview

Shape your carrer in Containerizing Infrastructure using Docker & Kubernetes manifests & YAML templates with certification in Docker & Kubernetes. This training helps to understand how to containerize apps using Docker & Kubernetes (K8s) tools on cloud as well as on-prem. Docker & K8s containerize infrastructure deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to automate code build at runtime before deployment happens. This training will provide hands-on training & covers Kubernetes (K8s) modules, workflows, variables & other concepts to speed, scale & automate container deployment process.

Key Features

Benefit from ongoing access to all self-paced videos and archived session recordings
Success Aimers supports you in gaining visibility among leading employers
Industry-paced training with realtime scenarios using Docker & Kubernetes tools (Docker CLI ,kubectl, AWS EKS, AKE CI/CD & others) for container automation.
Real-World industry scenarios with projects implementation support
Live Virtual classes heading by top industry experts alogn with project implementation
Q&A support sessions
Job Interview preparation & use cases

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Corporate Training

Enterprise training

Docker and Kubernetes (K8s) Integration with CI/CD Pipeline

Container Workflow

About Containerizing Apps using Docker and Kubernetes

Explain DevOps (Docker and Kubernetes) Engineers?

DevOps(Docker & Kubernetes) Engineers containerize apps using Docker & Kubernetes while writing the Dockerfile & K8s manifests/templates. Docker & Kubernetes containerize apps deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to deploy using automated CI/CD process. These templates will be integrated to the DevOps pipeline to infrastructure at runtime before the actual deployment happens.

Role of DevOps (Docker and Kubernetes) Engineer?

DevOps(Docker & Kubernetes) Engineers containerize apps using Docker & Kubernetes tools while writing the Dockerfile & K8s manifests/templates. Docker & Kubernetes containerize apps deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others)

Responsibilities include:

DevOps(Docker & Kubernetes) engineers use Visual Studio & others IDE’s to write K8s scripts to deploy apps using containers.
DevOps(Docker & Kubernetes) Engineers manages the end-to-end container deployment life cycle using DevOps pipelines and IaC templates.
Develop and Design K8s workflows that deploy container apps on cloud infrastructure securely & seamlessly
Success Aimers helps aspiring DevOps(Docker & Kubernetes) professionals to build, deploy, manage containers build on cloud environments using K8s & IaC templates effectively & seamlessly.
Deploying K8s scripts within cloud infrastructure securely & seamlessly.

Who should opt for DevOps (Docker and Kubernetes) Engineer course?

DevOps(Docker & Kubernetes) course accelerates/boost career in DevOps & Cloud organizations.

DevOps(Docker & Kubernetes) Engineers – DevOps(Docker & Kubernetes) Engineers manages the end-to-end container life cycle using K8s workflow and IaC templates.
DevOps Engineers – Implementing DevOps Pipelines using CI/CD & Docker & Kubernetes (K8s) Tools.
Kubernetes Developers – Automated container deployment using K8s workflows & integrate them with CI/CD & Terraform Tools.
DevOps Architect – Leading DevOps initiative within enterprise.
Cloud and Infrastructure Engineers – Deploying Application using DevOps automation tools including Docker & Kubernetes, Terraform across environments seamlessly and effectively.

Prerequisites of DevOps (Docker and Kubernetes) Engineer Course?

Prerequisites required for the DevOps(Docker & Kubernetes) Engineer Certification Course

High School Diploma or a undergraduate degree
Python + JSON/YAML scripting language
IT Foundational Knowledge along with DevOps and cloud infrastructure skills
Knowledge of Cloud Computing Platforms like AWS, AZURE and GCP will be an added advantage.

Kind of Job Placement/Offers after DevOps (Docker and Kubernetes) Engineer Certification Course?

Job Career Path in Container (Cloud) Automation using Docker & Kubernetes

- - DevOps(Docker & Kubernetes) Engineer – Develop & Deploying K8s scripts within cloud infrastructure using Docker , Kubernetes (K8s) Terraform & similar tools.
  - DevOps(Docker & Kubernetes) Automation Engineer – Design, Developed and build automated workflows to drive key business processes/decisions.
  - DevOps Architect – Leading DevOps initiative within enterprise.
  - DevOps Engineers – Implementing DevOps Pipelines using CI/CD & Terraform Tools.
  - Cloud and Infrastructure Engineers – Deploying Application using DevOps automation tools including Terraform across environments seamlessly and effectively.

Training Guidelines for Docker and Kubernetes (K8s) Certification Course

Training Options	Weekdays (Mon-Fri)	Weekends (Sat-Sun)	Fast Track
Duration of Course	2 months	3 months	15 days
Hours / day	1-2 hours	2-3 hours	5 hours
Mode of Training	Offline / Online	Offline / Online	Offline / Online

Docker and Kubernetes Course Curriculum

Start your carrer in DevOps (Docker & Kubernetes) with certification in Docker & Kubernetes (K8s) Engineer course, that will help in shaping the carrer to the current industry needs that need container automation using intelligent K8s workflows in every domain & sphere of the industry that will allow organizations to boost automation & also thrive business growth with improved customer satisfaction.

Course Content

Docker & Kubernetes - CKAD (Certified Kubernetes Application Developer) Certification

Course Details - Docker & Kubernetes - CKAD (Certified Kubernetes Application Developer) Certification

Introduction to Docker - Conainter Fundamentals

Docker Overview
Docker Installation
Docker HUB
Docker Images
Docker Containers & Shell
Docker Architecture
Docker Push & Pull Containers
Docker Containers & Hosts
Docker Configuration
Docker Files (Dockerfile)
Docker Building Files
Docker Public Repositories
Docker Private Registries
Building Webserver using Dockerfile
Docker Commands
Docker Container Linking
Docker Storage
Docker Networking
Docker Logging
Docker Compose
Docker Kubernetes

K8s Application Design and Build - 20%

Build, Define and Modify Container Images
Choose and use the right workload resource (Deployment, DaemonSet, CronJob, etc.)
Understand multi-container Pod design patterns (e.g. sidecar, init and others)
Utilize persistent and ephemeral volumes
Kubernetes Deployments - (Stateful Sets, Daemon Sets, Jobs & Cron Jobs)
K8s Storage Volumes - Persistence Volume (PV) & Persistence Volume Claim (PVC)
K8S Jobs & Scheduling - Multiple Schedulers & Scheduler Profile
K8S Storage Classes
Imperative & Declarative Approach
K8s Labels & Selectors

K8s Application Deployment - 20%

Use Kubernetes primitives to implement common deployment strategies (e.g. blue/green or canary)
Understand Deployments and how to perform rolling updates
Use the Helm package manager to deploy existing packages
Kustomize
Deployment Strategy - (Canary, Blue-Green, Recreate Strategy , Rolling Update (Default))
HELM Charts - Package Manager

Application Observability and Maintenance - 15%

Understand API deprecations
Implement probes and health checks
Use built-in CLI tools to monitor Kubernetes applications
Utilize container logs
Debugging in Kubernetes
Logging & Monitoring
Application Lifecycle Management - Rolling Updates and Rollbacks
Cluster Maintenance - OS Upgrades
Cluster Upgrade Process
Backup & Restore

Application Environment, Configuration and Security - 25%

Discover and use resources that extend Kubernetes (CRD, Operators)
Understand authentication, authorization and admission control
Understand requests, limits, quotas
Understand ConfigMaps
Define resource requirements
Create & consume Secrets
Understand ServiceAccounts
Understand Application Security (SecurityContexts, Capabilities, etc.)
Operator Framework
Custom Controllers
Admission Controllers
Authentication & Authorization - RBAC (Role-based Access Controls)
Security Primitives
K8s TLS Certificates
Security KUBECONFIG
API Groups
Image Security
Security Context

Services and Networking - 20%

Demonstrate basic understanding of NetworkPolicies
Provide and troubleshoot access to applications via services
Use Ingress rules to expose applications
Network Policies
Networking (INGRESS)
Readiness Probes
Liveness Probes
Network Namespaces
Weave Works (CNI)
Kubernetes Network Policy

Discover how we can containerize our WebApps using container technology like Docker & orchestrated containers using Kubernetes engine that combine the advantages of DevOps & infrastructure automation capabilities. Understand K8s role within your cloud data ecosystem and leverage its scaling and IAAC capabilities to automate cloud infrastructure . Explore how Docker & K8s products and features empower all DevOps practitioners to develop cloud auto-driven solutions tailored to infra automation requirements.

Certification aligned to

Docker & Kubernetes - CKA (Certified Kubernetes Administrator) Certification

Course Details - Docker & Kubernetes - CKA (Certified Kubernetes Administrator) Certification

Introduction to Docker - Container Fundamentals

Docker Overview
Docker Installation
Docker HUB
Docker Images
Docker Containers & Shell
Docker Architecture
Docker Push & Pull Containers
Docker Containers & Hosts
Docker Configuration
Docker Files (Dockerfile)
Docker Building Files
Docker Public Repositories
Docker Private Registries
Building Webserver using Dockerfile
Docker Commands
Docker Container Linking
Docker Storage
Docker Networking
Docker Logging
Docker Compose
Docker Kubernetes

K8s Cluster Architecture, Installation & Configuration - 25%

Kubernetes Installation
Kubernetes Architecture
Kubernetes Master Server Components - (etcd, kube-apiserver, Kube-controller-manager, Kube-scheduler , Cloud-controller-manager)
Kubernetes Node Server Components - (container runtime, kubelet, Kube-proxy, Kube-scheduler , cloud-controller-manager)
Kubernetes Objects & Workloads - (Kubernetes Pods, Kubernetes Replication Controller & Replica Sets)
Manage role based access control (RBAC)
Prepare underlying infrastructure for installing a Kubernetes cluster
Create and manage Kubernetes clusters using kubeadm
Manage the lifecycle of Kubernetes Clusters
Implement and configure a highly-available control plane
Use Helm and Kustomize to install cluster components
Understand extension interfaces (CNI, CSI, CRI, etc.)
Understand CRDs, install and configure operators

Services & Networking - 20%

Understand connectivity between Pods
Define and enforce Network Policies
Use ClusterIP, NodePort, LoadBalancer service types and endpoints
Use the Gateway API to manage Ingress traffic
Know how to use Ingress controllers and Ingress resources
Understand and use CoreDNS
Kubernetes Network Policy
Network Namespaces
Liveness Probes
Networking (INGRESS)
Network Policies
ETCD in HA
Weave Works (CNI)
API Groups

Workloads & Scheduling - 15%

Understand application deployments and how to perform rolling update and rollbacks
Use ConfigMaps and Secrets to configure applications
Configure workload autoscaling
Understand the primitives used to create robust, self-healing, application deployments
Configure Pod admission and scheduling (limits, node affinity, etc.)
Kubernetes Deployments - (Stateful Sets, Daemon SetsJobs & Cron Jobs)
Labels, Selectors & Annotations
Kubernetes Secrets
Kubernetes App Deployment
Kubernetes Autoscaling
K8s Deployment Strategy - (Canary, Blue-Green, Recreate Strategy, Rolling Update (Default))
K8S Jobs & Scheduling - (Multiple Schedulers, Scheduler Profile)
Operator Framework
Custom Controllers
Node Affinity
Node Selectors

Storage - 10%

Implement storage classes and dynamic volume provisioning
Configure volume types, access modes and reclaim policies
Manage persistent volumes and persistent volume claims
K8s Storage Volumes - (Persistence Volume (PV) & Persistence Volume Claim (PVC) & Persistence Volume Claim (PVC))
Backup & Restore

Troubleshooting - 30%

Troubleshoot clusters and nodes
Troubleshoot cluster components
Monitor cluster and application resource usage
Manage and evaluate container output streams
Troubleshoot services and networking
Kubernetes Namespaces
Kubernetes Dashboard Setup
Kubernetes Monitoring
DNS
Content Switching
K8s Labels & Selectors
Taints & Tolerations
Resource Limits
Static Pods
Logging & Monitoring
Cluster Maintenance - OS Upgrades
Cluster Upgrade Process
Backup & Restore
Security Primitives
K8s TLS Certificates
Security KUBECONFIG
API Groups
Image Security
Security Context
Network Policies
Stateful Sets
Networking (INGRESS)
Readiness Probes
Liveness Probes
Controllers

Certification aligned to

AWS EKS Kubernetes - Masterclass DevOps, Microservices

Course Details - AWS EKS Kubernetes - Masterclass DevOps, Microservices

EKS – Create Cluster using eksctl

Install AWS CLI
Install kubectl CLI
Install eksctl CLI
EKS Cluster Introduction
Create EKS Cluster
Create EKS Managed Node Group & IAM OIDC Provider
Verify EKS Cluster Nodes
EKS Cluster Pricing Note
EKS Delete Cluster

Docker Fundamentals

Docker Fundamentals –Introduction
Introduction to Docker, Why Docker, What Problems Docker Solve
Docker Architecture or Docker Terminology
Docker Installation
Docker – Pull Docker Image from Docker HUB and run it locally
Docker – Build Docker Image locally, Test and Push it to Docker HUB
Docker – Essential Commands Overview

Kubernetes Fundamentals – Imperative Commands using kubectl

Kubernetes Architecture
Kubernetes vs AWS EKS Architecture
Kubernetes Fundamentals - Introduction
Kubernetes Pods Demo
Kubernetes Node Port Service Introduction
Kubernetes Node Port Service and PODS demo
Interact with POD – Connect to container in a POD
Delete POD
Kubernetes Replicate Set – Introduction
Kubernetes Replicate Set – Review manifests and create Replica Set
Kubernetes Replicate Set – Expose and Test via Browser
Kubernetes Deployment Introduction
Kubernetes Deployment – Update Deployment using Set Image Option
Kubernetes Deployment – Edit Deployment using kubectl edit
Kubernetes Deployment – Rollback Application to Previous version -Undo
Kubernetes Service

Kubernetes Fundamentals – Declarative Approach using YAML

Introduction to Kubernetes Declarative Approach
Create PODS with YAML
Create Node Port Service with YAML and access application via Browser
Create Replica Sets using YAML
Create Node Port Service with YAML and access application via Browser
Create Deployment with YAML and test
Backend Application – Create Deployment and Cluster IP Service
Frontend Application – Create Deployment and Node Port Service
Deploy and Test – Frontend and Backend Applications

EKS Hosted Applications Storage with AWS EBS – Elastic Block Store

EKS Storage Introduction
Install EBS CSI Driver
Create Kubernetes Manifests for Storage Class ,PVC and ConfigMaps
Create Kubernetes Manifests for MySQL Deployment & Cluster IP Service
Test by connecting to MySQL Database
Storage References
Create Kubernetes Manifests for User Management Microservices Deployment
Test User Management Microservice with MySQL Database in Kubernetes
Test User Management Microservice UMS using Postman

Kubernetes Secrets ,Init Containers, Liveness Probes, Request Limits & Namespaces

Kubernetes Important Concepts for Application Deployments - Introduction
Kubernetes Secrets
Kubernetes Init Containers
Kubernetes Liveness & Readiness Probes Introduction
Create Kubernetes Liveness & Readiness Probes
Kubernetes Resources – Requests & Limits
Kubernetes Namespaces - Introduction
Kubernetes Namespaces – Create Imperatively using kubectl
Kubernetes Namespaces – Create Limit Range k8s manifest
Kubernetes Namespaces – Limit Range – Update App k8s manifest , Deploy
Kubernetes – Resource Quota

EKS Hosted Applications Storage with AWS RDS – Relational Database Service

EKS with AWS Load Balancers – Classic & Network Load Balancers

ALB Ingres – Install AWS Load Balancer Controller Install on AWS EKS Cluster

Ingress Introduction
Introduction to AWS Load Balancer Controller
Create IAM Policy ,IAM Role, k8s service account and annotate it
Install AWS Load Balancer Controller using HELM
Verify AWS LBC Deployment and Webhook Service
LBC Service Account and TLS Cert Internals
Uninstall Load Balancer Controller Command SHOULD NOT BE EXECUTED
Introduction to Kubernetes Ingress Class Resource
Deploy Ingress and Verify

ALB Ingres – Basics using AWS Application Load Balancer

Introduction to Ingress Basics
Review Kubernetes Deployment and Node Port Service manifest
Create Ingress k8s manifest with default backend
Deploy Ingress default backend and verify and clean-up
Create, Deploy Ingress Rules and verify and clean-up

ALB Ingres – Context Path Routing using AWS Application Load Balancer

ALB Ingres – SSL Redirect using AWS Application Load Balancer – 2 Demos

Introduction to ALB Ingress SSL
Register Domain AWS Route 53
Create SSL Certificate in AWS Certificate Manager
Update SSL Ingress Annotation, Deploy and Test
Update SSL Ingress Redirection Annotation, Deploy and Test

ALB Ingres – External DNS Install and Implement Ingress & Service – 2 Demos

Introduction to ALB Ingress External DNS Install
Create IAM Policy, k8s Service Account, IAM Role and Verify
Review and Update External DNS k8s manifest
Deploy External DNS and Verify Logs
Ingress Service Demo with External DNS
Kubernetes Service Demo with External DNS

ALB Ingres – Name based Virtual HOST / Host Header Routing

ALB Ingres SSL Discovery Host and TLS – 2 Demos

ALB Ingres – Ingress Groups

ALB Ingres – Target Type – IP Mode

ALB Ingres – Internal Application Load Balancer

EKS Fargate - Serverless

EKS and Fargate Introduction
Fargate Basics Introduction
Create EKS Profile using eksctl & Review k8s manifests to be deployed
EKS Fargate – Deploy to Fargate & Test & Clean-up
EKS Fargate – Mixed Mode Introduction
EKS Fargate – Create Profiles using YAML
EKS Fargate – Deploy 3 Apps & Test , 2 on Fargate and 1 on EC2Node Group

AWS Network Load Balancer with AWS Load Balancer Controller

Introduction to AWS NLB 6 Demos
Introduction to Network Load Balancer with k8s Service
Review Kubernetes Manifests – Deployment & Service with NLB Annotation
Deploy NLB Basics k8s manifests, Verify and cleanup
Introduction to NLB TLS with k8s service
NLB TLS Demo Deploy , Verify and clean-up
NLB External DNS Demo using k8s service
NLB Elastic Ips Demo using K8s service
NLB Fargate Demo with Target Type IP

EKS & ECR – Elastic Container Registry

EKS & ECR - Introduction
ECR Terminology & Pre-requisites
Create ECR Repository on AWS, Build Docker Image Locally and Push to ECR
Review Kubernetes Manifests & Node Group Role
Deploy Kubernetes Manifests & Test & Cleanup

Certification aligned to

OpenShift K8S - Redhat Enterprise Kubernetes Platform

Course Details - OpenShift K8S - Redhat Enterprise Kubernetes Platform

Introduction to OpenShift

Pre-Requisite – Docker ad Kubernetes

Getting Started with Openshift

OpenShift Concepts - Projects and Users

Concepts - Builds and Deployments

Networks, Services ,Routes and Scaling

Storage, Templates and Catalog

Certification aligned to

HELM - Package Manager for Kubernetes

Course Details - HELM - Package Manager for Kubernetes

Introduction to HELM

Helm Introduction
Package manager need and purpose
Helm component introduction
Helm V3 installation - Difference between V2 and V3
Repository quick introduction
Chart install - quick introduction
Create new Helm chart
Minikube Installation for Helm
Helm with Minikube

HELM Charts - Templates

Chart template getting started
Built-in objects
Read values for templates
Set values to templates
Template functions
Template pipeline and default values
Control flow if-else
Defining scope using with
Range
Variables
Include content from same file
Include scope
Include template using keyword include
Sub Charts
Sub Chart global

HELM - Repository Management

Repository Workflow
Repository hosting options
Chartmuseum installation
Add Chartmuseum repository
Add Chart to Chartmuseum repository
Maintain Chart version
Maintain multiple Charts
Chart push plugin
Maintain github as repository
Add Charts to github repository

HELM - Chart Management

Upgrade Helm Installed Chart
Rollback Helm Installed Chart
Helm Dependency
Chart Hook - Pre and Post Install Hook
Kubernetes Job as Hooks
Hook Execution using Weight

Testing & Verification

Kubernetes Revision

Orchestration Introduction
Kubernetes Component Introduction
YAML Introduction
Kubernetes Cluster Components - Analogy
Kubernetes Cluster Types of Installation
Minikube Windows Installation
Minikube CentOS Installation
Pod Getting Started
Pod - Ports and file Copy concepts
Replicaset Introduction
Deployment Introduction
Service Introduction
Label Selector Introduction
Volume Introduction
ConfigMap Introduction
Secrets Introduction
Namespace Introduction

Exploring HELM's Nginx Chart

HELM : Testing the waters

HELM Templates Development

HELM templates playground
The toYaml, indent, and nindent template functions
Using the .Files template method with ConfigMaps and Secrets
How to get the API key used for the "Weather App"
'if", "else", and "else if" conditional statements
Looping using the range and index functions
The _helpers file and the named templates

HELM : The Full Thrust

Extending HELM

HELM in Production

HELM CI/CD techniques on Gitlab and EKS

What is CI/CD
Setting up a CI/CD user for EKS and non-EKS Kubernetes clusters
Deploying EKS using eksctl
Setting up a GitLab repository
Preparing the GitLab CI/CD pipeline
GitLab CI stage 1: Build and Push
GitLab CI stage 2: Delivery to staging environments
GitLab CI stage 3: Deployment to production environment

Certification aligned to

Istio : The Service MESH Tool for K8s Monitoring Certification Course

Course Details - Istio : The Service MESH Tool for K8s Monitoring

Introduction to Service MESH

Installing a Local Kubernetes Environment

Istio - Hands on Demo

Introducing Envoy

Telemetry

Starting the Demo System
Kiali Depeer Dive
Kiali Dynamic Traffic Routing
Distributed Tracing Overview
Using Jaeger UI
Why we need to "Propagate Headers"
What happens if we don't propagate headers?
Metrics with Grafana

Traffic Management

Introducing Canaries
Canaries with Replicas
Version Grouping
Elegant Canaries and Staged Releases
What is an Istio VirtualService?
VirtualService Configuration in YAML
What is Istio Destination Rule?

LOAD Balancing

Gateways

Dark Releases

Fault Injection

Circuit Breaking

Mutual LTS

Customizing and Installing Istio and Istioctl

Upgrading Istio

Certification aligned to

Argo CD Master Course Expert Techniques in GitOps & DevOps

Course Details - Argo CD Master Course Expert Techniques in GitOps & DevOps

Argo CD Introduction

Setting up the Environment

Argo CD Prerequisites & Requirements
AWS EC2 Setup & Configuration
Installing Minikube, Docker & Kubectl
Installing Argo CD on Minikube
Configuring Argo CD CLI
Understand Port Forward – Local Host
Understand Port Forward – All Host
Understand SSH Tunnel – Connect Argo CD
Argo CD Node port configuration
Revert Node Configuration
Understand Various Ports & IP Summary
Accessing the Argo CD Web UI
Accessing the Argo CD CLI
Setting Up a Sample Application – Web UI
Setting Up a Sample Application – CLI

Manage Applications

Understanding Applications in Argo CD
Argo CD Application Specifications
Creating Applications in Argo CD
Application Self-Heal Option & Demo
Application Prune Option & Demo
Application Sync Options – Dryrun-Apply-Force
Application Prune Propagation Policy
Application Refresh & Hard Refresh
Application Sync Options
Application Sync Skip Schema Validation
Application Sync Respect Ignore Differences
Application Sync Replace
Application Sync Retry
Application Dashboard Overview
Application compare differences
Rollback & History Management
Managing Application Lifecycle
Configuring Application Parameters
Application Readiness & Liveness
Tools Detection
HELM Options
Directory of Files Options
Kustomize Options
Multiple Sources for an Application

Repositories

Manage Applications

Understanding Applications in Argo CD
Argo CD Application Specifications
Creating Applications in Argo CD
Application Self-Heal Option & Demo
Application Prune Option & Demo
Application Sync Options – Dryrun-Apply-Force
Application Prune Propagation Policy
Application Refresh & Hard Refresh
Application Sync Options
Application Sync Skip Schema Validation
Application Sync Respect Ignore Differences
Application Sync Replace
Application Sync Retry
Application Dashboard Overview
Application compare differences
Rollback & History Management
Managing Application Lifecycle
Configuring Application Parameters
Application Readiness & Liveness

Argo CD Projects

Overview of Projects in Argo CD
Creating & Configuring Argo CD Projects
Project Source Configuration
Project Destination Configuration
Cluster and Namespace Scope Differences
Cluster Scoped List Configuration
Sync Window Introduction
Setup Sync Window in Project
Project Roles
Managing Project Quotas & Limits
Project Specification
Declarative Setup for Projects using YAML
Project Finalizers

HELM Applications

HELM Application
HELM Install & Setup
HELM Quick Start Demo
Best Practices for Managing HELM Chart Values
HELM Chart Demo – Grafana
Rollback and Rollout using HELM
Argo CD HELM Multi Environment Concept

Argo CD Security & Administration

The 3 Key Questions
Dashboard Design Framework
Sketching the Dashboard Layout
Adding Report Pages & Objects
Naming & Grouping Objects
Cards & Multi-Row Cards
Building & Formatting Charts
Line Charts
Trend Lines & Forecasts
Line Chart & Trend
KPI Cards
Bar & Donut Charts
Basic Filtering Options
Donuts & Filters
Table & Matrix Visuals
Conditional formatting
Top N Filtering
Tables
Top N Text Cards
Map Visuals
Report Slicers
ASSIGNMENT: Slicers
PRO TIP: HASONEVALUE
Gauge Charts
PRO TIP: Advanced Conditional Formatting
Area Charts
Drill Up & Drill Down
Drill through Filters
Editing Report Interactions
Report Interactions
Adding Bookmarks
Custom Navigation Buttons
Slicer Panels
Numeric Range Parameters
Fields Parameters
Custom Tool Tips
Importing Custom Visuals
Managing & Viewing Roles
Mobile Layouts
Publishing to Power BI Service
Data Visualization Best Practices

Grafana + InfluxDB Mastery: RealTime Monitoring with Telegraf, Flux& FluxQL

What is InfluxDB? A Beginner’s Guide to Time-Series Databases
How to Download & Prepare InfluxDB 3 for Setup
Installing InfluxDB Locally
Getting Started with InfluxDB 3 Core
Data Ingestion in InfluxDB 3 Core
Talk to Your Data: Querying InfluxDB
Use the InfluxDB HTTP API to Write Data
Integrate Grafana with Influx DB
Install and Configure Telegraf
Configure Multiple Servers with Telegraf
System Pulse: Real-Time Health & Performance Dashboard
Create Dynamic Dashboard for Multi Node Monitoring
System Pulse: In Depth Real-Time Health & Performance Dashboard

Certification aligned to

Kustomize Mastery Manage Kubernetes Configuration with Ease

Course Details - Kustomize Mastery Manage Kubernetes Configuration with Ease

QuickStart

The Kustomization File

Kustomization File – An Overview
Transformers
Generators
ConfigMap Generators
Secret Generator
Resources
Kubernetes Resource Abbreviations
Namespaces
Labels & Annotations

Working with Patches

Working with Custom Resource Definitions – CRD’s

Managing Multiple Environments with Overlays

Reusing Kustomize Configurations

Continuous Integration & Deployment Pipelines(CI/CD)

Kustomize is a configuration management tool for K8s that works along with K8s manifests to generate a base template/configuration for setting up the K8s manifests & allow more control to admin (infrastructure) teams to standardize certain version & follow a standard naming template & images through the enterprise & the teams inherit those base templates & applying overlays (patches) in their configuration using kustomize. Yaml leaving original images untouched. It’s good to managing multiple variants of our application.

Certification aligned to

Capstone Project

Gain practical, real-world experience

Engineered by renowned industry specialists

Project 1

Deployment a microservices app through a CI/CD pipeline with Jenkins K8s & Terraform artifacts.

Project Description : Applications contain 20+ microservices that will be packaged into containers & pushed it to Container Registry (AWS ECR & Azure Container Registry) automatically through the CI/CD pipeline integrates with Terraform scripts that will snip the infrastructure at runtime & also helped the apps to be deployed into higher environments (UAT, Stage & above).
Also Terraform manages the end-to-end Infrastructure deployment life cycle using Terraform workflow and IaC templates.

Project 2

Service MESH Integration within K8S using Side Car Pattern & publish them using Grafana Dashboards

Application containers deployed on K8s will be monitored using proxy containers injected by Istio Daemon that will receive continuous health checks of the running containers via monitoring pipeline & publish them on Grafana dashboards while aggregated the metric using PromQL tool of Prometheus. Telemetry traces of Pods will be displayed using Jaeger dashboard & the request response along with failure will be detected using Kiali that also monitors the traffic management across the containers.

150+

Hours of content

15+

Live Sessions

Software Tools

Request More Information

Tools Covered

Docker and Kubernetes Course Certification

After completion of this training program you will be able to launch your carrer in the world of containerization being certified in Docker and Kubernetes course

With the Docker and Kubernetes Certification in-hand you can boost your profile on Linked, Meta, Twitter & other platform to boost your visibility

Docker and Kubernetes Skills to Highlight on Your Resume

Docker
DevOps
CI/CD
Service MESH
Azure DevOps
AWS DevOps
AWS ECR
Azure Container Registry

Career Outcomes

Our Alumni in Top Companies

Career help alongside Docker and Kubernetes Course

What our Learners are saying in their Testimonials

The Docker and Kubernetes course from Success Aimers transformed my containerization skills. From multi-container orchestration to Helm charts, I now deploy production-grade microservices confidently

Docker and Kubernetes course excellence equipped me with GitOps and ArgoCD implementation skills. The persistent volume and network policy modules were game-changers for my cloud-native career

The Docker and Kubernetes training delivered hands-on cluster security expertise. Network policies, Pod Security Standards, and service accounts mastery opened enterprise DevOps opportunities worldwide

Docker and Kubernetes course from Success Aimers transformed deployment strategies. Istio service mesh and Knative serverless expertise now powers my scalable microservices architecture

Mastering Docker and Kubernetes through Success Aimers unlocked GitOps workflow automation. FluxCD and Tekton pipeline expertise validate my modern container platform engineering credentials

Docker and Kubernete Course FAQs

Why should you choose to pursue a Docker and Kubernetes course with Success Aimers?

Success Aimers teaching strategy follow a methodology where in we believe in realtime job scenarios that covers industry use-cases & this will help in building the carrer in the field of DevOps & also delivers training with help of leading industry experts that helps students to confidently answers questions confidently & excel projects as well while working in a real-world

What is the time frame to become competent as a Docker and Kubernetes?

To become a successful Docker and Kubernetes required 1-2 years of consistent learning with dedicated 3-4 hours on daily basis.
But with Success Aimers with the help of leading industry experts & specialized trainers you able to achieve that degree of mastery in 6 months or one year or so and it’s because our curriculum & labs we had formed with hands-on projects.

Will skipping a session prevent me from completing the course?

Missing a live session doesn’t impact your training because we have the live recorded session that’s students can refer later.

What industries lead in Docker and Kubernetes implementation?

Manufacturing
Financial Services
Healthcare
E-commerce
Telecommunications
BFSI (Banking, Finance & Insurance)
“Travel Industry

Does Success Aimers offer corporate training solutions?

At Success Aimers, we have tied up with 500 + Corporate Partners to support their talent development through online training. Our corporate training programme delivers training based on industry use-cases & focused on ever-evolving tech space.

How is the Success Aimers Docker and Kubernetes Certification Course reviewed by learners?

Our Docker and Kubernetes Course features a well-designed curriculum frameworks focused on delivering training based on industry needs & aligned on ever-changing evolving needs of today’s workforce due to IaC.
Also our training curriculum has been reviewed by alumi & praises the thoroguh content & real along practical use-cases that we covered during the training. Our program helps working professionals to upgrade their skills & help them grow further in their roles…

Can I attend a demo session before I enroll?

Yes, we offer one-to-one discussion before the training and also schedule one demo session to have a gist of trainer teaching style & also the students have questions around training programme placements & job growth after training completion.

What batch size do you consider for the course?

On an average we keep 5-10 students in a batch to have a interactive session & this way trainer can focus on each individual instead of having a large group

Do you offer learning content as part of the program?

Students are provided with training content wherein the trainer share the Code Snippets, PPT Materials along with recordings of all the batches

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Docker and Kubernetes Training Course Overview

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