Master Kubernetes with our comprehensive Kubernetes Certification Training Series, which includes a detailed Kubernetes certification path designed for IT professionals seeking expertise in containerization & orchestration for application development and system administration. Enroll now to elevate your cloud skills and earn your CKA & CKAD certifications through our structured Kubernetes certification course.
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Certificate of Completion
A person with a Kubernetes certification would typically have responsibilities that include:
Having a Kubernetes certification typically signifies that an individual has demonstrated proficiency in these areas and is competent to handle the responsibilities associated with managing a Kubernetes environment.
Module 1: Course Overview
Course Overview
Course PreReqs
Module 2: Basics of Kubernetes
Basics of Kubernetes
What is Kubernetes
Business Value of Kubernetes
What is a Container
What is Docker
Kubernetes History
Kuberntes Terminology
Kubernetes Components
Whiteboard - Kubernetes Overview
Module 3: Kubernetes Design and Architecture
Kubernetes Design and Architecture
Kubernetes Design Fundamentals
Whiteboard - Kubernetes Architecture
Deployment - Nodes, Pods, and Clusters
Etcd
Kubectl
Demo - Install Kubectl
Demo - Kubernetes Commands
Demo - Kubernetes Commands
Module 4: Deployments
Deployments
Options for Deployment
Deploying a Containerized Application
What is Minikube
Demo - Deploy MiniKube
Demo - Deploy Cluster Deployment
Demo - Deploy Services
Demo - Manage Application
Module 5: Course Closeout
Course Closeout
Course Review
Kubernetes Certifications
Additional Resources
Kubernetes Job Outlook
Course Closeout
Module 1: Course Overview
1.1 Course Overview
1.2 Course PreReqs
Module 2: Kubernetes and Container Fundamentals
2.1 Core Concepts
2.2 What is the CKAD Exam
2.3 Why Get Certified
2.4 CKAD Exam Domains
2.5 APIs
2.6 Demo - Explore APIS
2.7 Pods
2.8 Whiteboard - Pod Creation Workflow
2.9 Create a Pod
2.10 Lifecycle Status
2.11 Inspecting Pods
2.12 Demo - Create a Pod and Inspect
Module 3: Configuration
3.1 Configuration
3.2 Understand Configmaps
3.3 Understand Security Contexts
3.4 Demo - Create a Security Context
3.5 Create and Consume Secrets
3.6 Understand Service Accounts
3.7 Demo - Create a Pod to Use a Secret
3.8 Demo - Define a Service Account
Module 4: Multi Container Pods
4.1 Multi Container Pods
4.2 Multi Container Pods Design and Patterns
4.3 Ambassador Containers
4.4 Connecting to Pods
4.5 Side Cars
4.6 Demo - Create an Init Container
Module 5: Observability
5.1 Observability
5.2 Container Health
5.3 Probes
5.4 Logging
5.5 Monitor Resources and Apps
5.6 Monitoring Pods
5.7 Demo - Monitoring and Logging
Module 6: Pod Design
6.1 Pod Design
6.2 Deployments
6.3 Rolling Updates
6.4 Pod Changes
6.5 Jobs and Crons
6.6 Labels and Annotations
6.7 Demo - Define and Query Labels
6.8 Scalability Options
Module 7: Services and Networking
7.1 Services and Networking
7.2 Understanding Networking, Routing and Services
7.3 Network Policies
7.4 Namespaces
7.5 Demo - Networking
Module 8: State Persistence
8.1 State Persistence
8.2 Storage Options
8.3 Volume Storage
8.4 Configure Pod Volumes
8.5 Configure Persistent Volumes
8.6 Whiteboard - Persistent Volumes
Module 9: CKA Practice Exams
9.1 CKAD Practice Preparation
9.2 Exam Prep Need to Know
9.3 Question 1 - Create a Pod and Inspect
9.4 Question 2 - Define a Pods Readiness
9.5 Question 3 - Create a Pod with a Secret
9.6 Question 4 - View Pods logs in Real Time
9.7 Question 5 - Define and query labels
9.8 Additional Questions
Module 10: Course Closeout
10.1 Course Closeout
10.2 Course Summary Review
10.3 Kubernetes Certifications
10.4 Additional Resources
10.5 Exam Review
10.6 Course Closeout
Module 1: Course Overview
1.1 Course Overview
1.2 Course PreReqs
Module 2: Kubernetes and Container Fundamentals
2.1 Core Concepts
2.2 What is the CKA Exam
2.3 Why Get Certified
2.4 CKA Exam Domains
2.5 What is Kubernetes
2.6 What is a Container
2.7 What is Docker
2.8 Kubernetes Terminology
2.9 Kubernetes Components
2.10 Kubernetes Documentation
2.11 Whiteboard - Kubernetes Overview
Module 3: Kubernetes Installation
3.1 Kubernetes Installation
3.2 Installation Options
3.3 MiniKube
3.4 Demo - Install Minikube
3.5 Demo - Clusters
3.6 Kubectl Basics
3.7 Demo - Install Kubectl
Module 4: Working with Kubernetes Clusters and Nodes
4.1 Working with Kubernetes Clusters and Nodes
4.2 Understanding the Architecture
4.3 Understanding the nodes
4.4 Core Objects
4.5 API
4.6 Create a Cluster
4.7 Demo - Create a Cluster
4.8 Demo - YAML
4.9 Demo - Nodes
4.10 Demo - Kubectl Client Config
Module 5: API Access and Commands
5.1 API Access and Commands
5.2 About the API
5.3 Accessing the APIs
5.4 Demo - Exploring APIS
5.5 Kubectl
5.6 Using YAML for API Objects
5.7 Using Curl
5.8 Labels and Annotations
Module 6: Running Pods and Deployments
6.1 Running Pods and Deployments
6.2 Pods and Deployments
6.3 What is a Namespace
6.4 Scalability Options
6.5 Rolling Updates
6.6 Apply Changes to a Pod
6.7 Stateful Sets
6.8 Demo - Manage Deployments
Module 7: Configuring Storage
7.1 Configuring Storage
7.2 Storage options with Kubernetes
7.3 Configure Pod Volumes
7.4 Configure Persistent Volumes
7.5 Storage Classes
7.6 Whiteboard - Persistent Volumes
7.7 Demo - Configure Storage
Module 8: Kubernetes Networking
8.1 Kubernetes Networking
8.2 Understanding Networking
8.3 Services
8.4 Network Plugins
8.5 DNS
8.6 Network Policies
8.7 Namespaces
8.8 Demo - Networking
8.9 Manage High Availability
Module 9: Managing Security
9.1 Managing Security
9.2 Kubernetes Security
9.3 Container and Pod Security
9.4 Certificates
9.5 API Security
9.6 Configmaps and Secrets
9.7 Secure Images
9.8 Security Context
9.9 RBAC
Module 10: Managing Kubernetes In the Enterprise
10.1 Managing Kubernetes In the Enterprise
10.2 Cluster Management and Maintenance
10.3 Demo - Scale Deployment
10.4 Demo - Restart Cluster
10.5 Demo - Add or Remove Nodes
10.6 Demo - Create a Pod in the Background
10.7 Kubelet Restarts and Drains
10.8 UI Dashboard
10.9 Demo - Describe Resources
10.10 Kube-scheduler
10.11 Demo - Set-Up Alias
Module 11: Kubernetes Monitoring and Troubleshooting
11.1 Kubernetes Monitoring and Troubleshooting
11.2 Monitoring Resources
11.3 Monitoring Pods
11.4 Demo - Monitoring Pods
11.5 Logging
11.6 Demo - Logging
11.7 Troubleshooting
11.8 Affinity and Taints
Module 12: CKA Practice Exams
12.1 CKA Practice Exams
12.2 Exam Preparation Must Know
12.3 Question 1 - Create a Cluster, Deploy Pods and a Deployment
12.4 Question 2 - Create a Pod and Verify
12.5 Question 3 - Create a Pod with a Secret
12.6 Question 4 - Get Logs on a Pod and Send to File
12.7 Question 5 - Liveness Probe
12.8 Question 6 - Use Labels
12.9 Additional Questions
Module 13: Course Closeout
13.1 Course Closeout
13.2 Course Review
13.3 Kubernetes Certifications
13.4 Additional Resources
13.5 Exam Readiness
13.6 Course Closeout
The Kubernetes Certification Training Series is meticulously crafted to guide you through the Kubernetes landscape, ensuring a thorough understanding of containerization technology and its application within the cloud. This strategic educational pathway is structured to progressively build your expertise, preparing you for professional application development and administration roles in Kubernetes, as well as kubernetes training and certification success.
Our first course, “Kubernetes – Containerizing Applications in the Cloud,” serves as the perfect entry point, introducing the principles of containerization and the foundational use of Kubernetes. This course lays the groundwork for subsequent certifications, emphasizing practical skills for containerizing and managing applications—a vital step on the Kubernetes certification path.
The journey continues with the “Certified Kubernetes Application Developer (CKAD)” course. Aspiring developers will delve into the specifics of designing and deploying cloud-native applications on Kubernetes, a key skill endorsed by the CKAD certification. With a hands-on approach, the course prepares students with relevant CKAD exam questions and real-world scenarios, ensuring they are well-equipped to tackle the challenges of Kubernetes application development.
The series culminates with the “Certified Kubernetes Administrator (CKA)” course. It is tailored for those aiming to master the full spectrum of Kubernetes administration, including the azure kubernetes certification path for those using Azure services. The course covers essential topics such as cluster management and orchestration, preparing students through extensive labs and critical CKA exam questions, aligning with the competencies required for the CKA certification.
Throughout the series, key concepts are reinforced, and students are encouraged to engage with a variety of CKA and CKAD questions, ensuring a deep and practical understanding of Kubernetes. This training series is not just about passing exams—it’s about forging a path to becoming a skilled practitioner ready to harness the power of Kubernetes in any professional environment.
The Kubernetes Certification Training Series is tailored for a diverse range of professionals who are looking to enhance their skill set in the domain of cloud computing and container orchestration with Kubernetes.
This comprehensive training series is designed to provide these professionals with the skills necessary to confidently use Kubernetes in a variety of job roles and to showcase their expertise through recognized certifications.
Kubernetes Certification, such as the Certified Kubernetes Administrator (CKA) and Certified Kubernetes Application Developer (CKAD), validates an individual’s expertise in managing containerized applications and infrastructure using Kubernetes.
IT professionals like system administrators, cloud professionals, DevOps engineers, software developers, and anyone interested in managing containerized applications should consider Kubernetes certification to validate their skills and knowledge.
Preparation typically involves hands-on experience with Kubernetes, studying the core concepts and practices, and completing a formal training program, such as the Kubernetes Certification Training Series, which includes practice exams and real-world scenarios.
While there are no strict prerequisites, it is recommended that candidates have a basic understanding of Docker, containerization, and cloud computing concepts, along with some experience in deploying applications and managing systems.
Kubernetes is the leading container orchestration platform, and certification demonstrates a recognized level of proficiency that is valued by employers. It can lead to career advancement, better job opportunities, and the ability to manage modern, scalable applications effectively.
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