Certified Kubernetes Administrator (CKA)

105 Videos
6.22 Hours
20 Test Questions

Closed Caption

Certificate

Dedicated Tutors

Certified Kubernetes Administrator (CKA)

Course Highlights

Closed Caption

Certificate

Dedicated Tutors

6.22 Hours
105 Videos

Certified Kubernetes Administrator (CKA)

Course Description

6.22 Hours

105 Videos

A Kubernetes Certification can take your career to a whole new level.

The Certified Kubernetes Administrator (CKA) certification is a prestigious credential designed to validate your expertise in managing Kubernetes clusters. Developed by the Cloud Native Computing Foundation (CNCF) in collaboration with The Linux Foundation, the CKA certification is globally recognized and demonstrates a deep understanding of Kubernetes fundamentals, from installation and configuration to managing application lifecycle, networking, and security.

Achieving the CKA certification involves mastering a comprehensive curriculum that covers essential skills required to effectively manage and orchestrate containerized applications. The exam is performance-based, testing real-world scenarios that require practical, hands-on solutions. This ensures that certified professionals have the capability to handle the complexities of production environments.

Earning the CKA not only boosts your career prospects but also showcases your commitment to staying current with the latest advancements in Kubernetes technology. Whether you’re an aspiring Kubernetes administrator or an experienced professional aiming to validate your skills, the CKA certification is an invaluable asset in the rapidly evolving field of cloud-native computing.

Prepare to excel in your role as a Kubernetes administrator and gain recognition in the industry with the Certified Kubernetes Administrator certification.

Features of Certified Kubernetes Administrator (CKA)

  • Comprehensive Curriculum: The CKA exam covers a wide range of topics, including Kubernetes architecture, installation, configuration, application lifecycle management, networking, scheduling, security, and troubleshooting.
  • Performance-Based Testing: The exam involves solving real-world problems in a live Kubernetes environment, testing your practical abilities rather than theoretical knowledge alone.
  • Vendor-Neutral: The CKA certification is vendor-neutral, ensuring the skills you learn are applicable to any Kubernetes environment, regardless of the underlying infrastructure.
  • Detailed Exam Blueprint: The exam blueprint provides a clear outline of the domains and competencies tested, helping candidates focus their preparation on essential areas.
  • Practical Labs and Exercises: Preparation for the CKA exam involves extensive hands-on labs and exercises, reinforcing your practical skills and readiness for real-world challenges.
  • Community Support: Access to forums, study groups, and online communities of Kubernetes professionals provides valuable support and resources during your preparation.
  • Regular Updates: The CKA certification is regularly updated to reflect the latest Kubernetes developments and industry best practices, ensuring the content remains relevant.
  • Digital Badge: Upon passing the exam, certified individuals receive a digital badge that can be shared on professional networks, showcasing their accomplishment.
  • Alignment with Industry Standards: The CKA certification aligns with the Cloud Native Computing Foundation (CNCF) standards, ensuring the skills and knowledge gained are industry-approved and recognized.
  • Preparation Resources: A variety of official study guides, training courses, and practice exams are available to help candidates prepare effectively for the certification exam.
Course Syllabus

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

Course Highlights

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Frequently Asked Questions

Instructional methods, course requirements, and learning technologies can vary significantly from one online program to the next, but the vast bulk of them use a learning management system (LMS) to deliver lectures and materials, monitor student progress, assess comprehension, and accept student work. LMS providers design these platforms to accommodate a multitude of instructor needs and preferences.

Online education may seem relatively new, but years of research suggests it can be just as effective as traditional coursework, and often more so. According to a U.S. Department of Education analysis of more than 1,000 learning studies, online students tend to outperform classroom-based students across most disciplines and demographics. Another major review published the same year found that online students had the advantage 70 percent of the time, a gap authors projected would only widen as programs and technologies evolve.

All new learning innovations are met with some degree of scrutiny, but skepticism subsides as methods become more mainstream. Such is the case for online learning. Studies indicate employers who are familiar with online degrees tend to view them more favorably, and more employers are acquainted with them than ever before. The majority of colleges now offer online degrees, including most public, not-for-profit, and Ivy League universities. Online learning is also increasingly prevalent in the workplace as more companies invest in web-based employee training and development programs.

The concern that online students cheat more than traditional students is perhaps misplaced. When researchers at Marshall University conducted a study to measure the prevalence of cheating in online and classroom-based courses, they concluded, “Somewhat surprisingly, the results showed higher rates of academic dishonesty in live courses.” The authors suggest the social familiarity of students in a classroom setting may lessen their sense of moral obligation.

Choosing the right course takes time and careful research no matter how one intends to study. Learning styles, goals, and programs always vary, but students considering online courses must consider technical skills, ability to self-motivate, and other factors specific to the medium. Online course demos and trials can also be helpful.
Our platform is typically designed to be as user-friendly as possible: intuitive controls, clear instructions, and tutorials guide students through new tasks. However, students still need basic computer skills to access and navigate these programs. These skills include: using a keyboard and a mouse; running computer programs; using the Internet; sending and receiving email; using word processing programs; and using forums and other collaborative tools. Most online programs publish such requirements on their websites. If not, an admissions adviser can help.

Frequently Asked Questions

Instructional methods, course requirements, and learning technologies can vary significantly from one online program to the next, but the vast bulk of them use a learning management system (LMS) to deliver lectures and materials, monitor student progress, assess comprehension, and accept student work. LMS providers design these platforms to accommodate a multitude of instructor needs and preferences.

Online education may seem relatively new, but years of research suggests it can be just as effective as traditional coursework, and often more so. According to a U.S. Department of Education analysis of more than 1,000 learning studies, online students tend to outperform classroom-based students across most disciplines and demographics. Another major review published the same year found that online students had the advantage 70 percent of the time, a gap authors projected would only widen as programs and technologies evolve.

All new learning innovations are met with some degree of scrutiny, but skepticism subsides as methods become more mainstream. Such is the case for online learning. Studies indicate employers who are familiar with online degrees tend to view them more favorably, and more employers are acquainted with them than ever before. The majority of colleges now offer online degrees, including most public, not-for-profit, and Ivy League universities. Online learning is also increasingly prevalent in the workplace as more companies invest in web-based employee training and development programs.

The concern that online students cheat more than traditional students is perhaps misplaced. When researchers at Marshall University conducted a study to measure the prevalence of cheating in online and classroom-based courses, they concluded, “Somewhat surprisingly, the results showed higher rates of academic dishonesty in live courses.” The authors suggest the social familiarity of students in a classroom setting may lessen their sense of moral obligation.

Choosing the right course takes time and careful research no matter how one intends to study. Learning styles, goals, and programs always vary, but students considering online courses must consider technical skills, ability to self-motivate, and other factors specific to the medium. Online course demos and trials can also be helpful.
Our platform is typically designed to be as user-friendly as possible: intuitive controls, clear instructions, and tutorials guide students through new tasks. However, students still need basic computer skills to access and navigate these programs. These skills include: using a keyboard and a mouse; running computer programs; using the Internet; sending and receiving email; using word processing programs; and using forums and other collaborative tools. Most online programs publish such requirements on their websites. If not, an admissions adviser can help.

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Description

A Kubernetes Certification can take your career to a whole new level.

The Certified Kubernetes Administrator (CKA) certification is a prestigious credential designed to validate your expertise in managing Kubernetes clusters. Developed by the Cloud Native Computing Foundation (CNCF) in collaboration with The Linux Foundation, the CKA certification is globally recognized and demonstrates a deep understanding of Kubernetes fundamentals, from installation and configuration to managing application lifecycle, networking, and security.

Achieving the CKA certification involves mastering a comprehensive curriculum that covers essential skills required to effectively manage and orchestrate containerized applications. The exam is performance-based, testing real-world scenarios that require practical, hands-on solutions. This ensures that certified professionals have the capability to handle the complexities of production environments.

Earning the CKA not only boosts your career prospects but also showcases your commitment to staying current with the latest advancements in Kubernetes technology. Whether you’re an aspiring Kubernetes administrator or an experienced professional aiming to validate your skills, the CKA certification is an invaluable asset in the rapidly evolving field of cloud-native computing.

Prepare to excel in your role as a Kubernetes administrator and gain recognition in the industry with the Certified Kubernetes Administrator certification.

Features of Certified Kubernetes Administrator (CKA)

  • Comprehensive Curriculum: The CKA exam covers a wide range of topics, including Kubernetes architecture, installation, configuration, application lifecycle management, networking, scheduling, security, and troubleshooting.
  • Performance-Based Testing: The exam involves solving real-world problems in a live Kubernetes environment, testing your practical abilities rather than theoretical knowledge alone.
  • Vendor-Neutral: The CKA certification is vendor-neutral, ensuring the skills you learn are applicable to any Kubernetes environment, regardless of the underlying infrastructure.
  • Detailed Exam Blueprint: The exam blueprint provides a clear outline of the domains and competencies tested, helping candidates focus their preparation on essential areas.
  • Practical Labs and Exercises: Preparation for the CKA exam involves extensive hands-on labs and exercises, reinforcing your practical skills and readiness for real-world challenges.
  • Community Support: Access to forums, study groups, and online communities of Kubernetes professionals provides valuable support and resources during your preparation.
  • Regular Updates: The CKA certification is regularly updated to reflect the latest Kubernetes developments and industry best practices, ensuring the content remains relevant.
  • Digital Badge: Upon passing the exam, certified individuals receive a digital badge that can be shared on professional networks, showcasing their accomplishment.
  • Alignment with Industry Standards: The CKA certification aligns with the Cloud Native Computing Foundation (CNCF) standards, ensuring the skills and knowledge gained are industry-approved and recognized.
  • Preparation Resources: A variety of official study guides, training courses, and practice exams are available to help candidates prepare effectively for the certification exam.

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