Free Kubernetes Courses Online

Kubernetes is an open-source container orchestration platform created by Google. It allows developers to automate the deployment, scaling, and management of containerized applications. Enrolling in online Kubernetes courses can be a great option to learn more about Kubernetes and its related aspects.

Online Kubernetes courses offer students the flexibility to learn at their own pace, providing an in-depth understanding of managing containerized applications across multiple platforms. These programs cover various subjects, such as Kubernetes architecture, container orchestration, cluster management, networking, security, and integrating with CI/CD pipelines.

Why Learn Kubernetes Online

Access to Specialized Courses

Online programs offer a variety of courses for Kubernetes, covering topics such as cluster setup, container orchestration, and advanced Kubernetes patterns. These sp

Why Learn Kubernetes Online

Access to Specialized Courses

Online programs offer a variety of courses for Kubernetes, covering topics such as cluster setup, container orchestration, and advanced Kubernetes patterns. These specialised courses will help you learn tools and methodologies often unavailable in traditional settings.

Flexibility for Developers

Online learning allows current developers and aspiring programmers to continue their education and enhance their skills without interrupting their careers. It enables them to balance work, studies, and personal life effectively.

Exposure to Different Coding Perspectives

Online Kubernetes programs attract students from different regions and backgrounds. They provide exposure to various coding philosophies, cultural perspectives, and real-world projects on containerized applications, microservices, and cloud-native platforms.

Networking with Industry Peers

Many online programs include virtual networking events, discussion forums, and collaborative projects. These allow students to connect with other developers and industry professionals globally, which can help expand their professional network significantly.

Hands-on Experience with Development Tools

Online Kubernetes courses typically include practical training with essential tools and platforms like Docker, Helm, and various Kubernetes distributions. This prepares students for the practical aspects of managing and deploying Kubernetes clusters.

Staying Updated with Technological Advances

Online Kubernetes programs quickly update their curriculum to reflect the latest technologies, best practices, and industry standards in container orchestration. This ensures that students learn the most current skills relevant to the job market.

Specialised Development Tracks

Online Kubernetes courses often offer specialised tracks like Kubernetes for developers, administrators, or advanced security and networking. This allows students to customise their learning to specific interests and career goals within the broad field of Kubernetes development.

Career in Kubernetes

Position	Job Role	Average Salary (Per Annum)
*Kubernetes Developer*	Builds and maintains containerized applications using Kubernetes, ensuring a seamless and scalable experience.	â‚¹7.0 Lakhs
*DevOps Engineer*	Develops and manages CI/CD pipelines and infrastructure using Kubernetes.	â‚¹8.0 Lakhs
*Cloud Engineer*	Handles cloud infrastructure management, often using Kubernetes for container orchestration.	â‚¹9.0 Lakhs
*Kubernetes & Docker Specialist*	Creates and manages containerized applications using Kubernetes and Docker, ensuring compatibility across multiple platforms.	â‚¹7.5 Lakhs
*Site Reliability Engineer (SRE)*	Specializes in maintaining and improving system reliability and scalability using Kubernetes.	â‚¹8.5 Lakhs
*Infrastructure Engineer*	Implements and manages infrastructure solutions using Kubernetes for deployment and scaling.	â‚¹8.0 Lakhs
*Cloud Solutions Architect*	Designs, develops, and maintains cloud solutions that run on Kubernetes.	â‚¹10.0 Lakhs
*Technical Lead*	Oversees development projects, provides technical guidance, and often works with Kubernetes.	â‚¹10.0 Lakhs
*Software Engineer*	Develops software solutions, including microservices and cloud-native applications, using Kubernetes and other technologies.	â‚¹7.5 Lakhs
*Platform Engineer*	Designs the overall platform architecture for applications, leveraging Kubernetes for optimal performance.	â‚¹10.0 Lakhs

Source: AmbitionBox

How to Learn Kubernetes Online?

Below is a flowchart showing how to learn Kubernetes online:

Kubernetes Tools

Here are the best tools that complement Kubernetes to help professionals enhance their development work:

Task	Tools
Cluster Deployment Tools	Bootkube, Kubespray, Kubernetes on AWS (Kube-AWS), Amazon EKS
Testing Tools	K8s-testsuite, PowerfulSeal
Monitoring Tools	Kubetail, Kubebox, Kubewatch
Development Tools	Supergiant, turbonomic
Security Tools	Aporeto, Falco, Twistlock
CLI Tools	Kube-shell, Kail
CI/CD Pipeline Tools	Cloud 66

Eligibility Criteria For Admission in Kubernetes Courses

The eligibility criteria for admission into Kubernetes courses can vary depending on the course level (certificate, diploma, undergraduate, or postgraduate) and the institution offering the course. Here’s a general overview of the typical eligibility requirements:

Criteria	Details
*Educational Qualification*	High school diploma or equivalent for certificate and diploma courses. Bachelor’s degree in Computer Science, Information Technology, or a related field for advanced or postgraduate courses. Minimum aggregate marks may vary by institution.
*Entrance Exams*	Entrance exams are not typically required for most Kubernetes courses. However, some institutions might require tests to assess programming knowledge or aptitude.
*Work Experience*	It is not mandatory for entry-level courses. However, some prior experience in cloud or container technologies, DevOps, or related fields may benefit advanced courses or specializations.
*Age Limit*	Generally, there is no upper age limit, but some courses might have a minimum age requirement.
*Reservation Policy*	Reservation for SC/ST/OBC-NCL/EWS/PwD candidates as per government and institutional policies. A specific percentage of seats may be reserved for these categories.
*Language Proficiency*	Proficiency in English is required for courses taught in English. Some courses might require TOEFL/IELTS scores if the course is at an internationally accredited institution and the candidate's first language is not English.
*Additional Requirements*	Some courses might require a portfolio review, personal interview, or coding challenge as part of the admission process.

Top Certifications of Kubernetes Courses

Getting Started with Google Kubernetes Engine on Coursera
Diploma in DevOps Engineering - Kubernetes, Docker and Google Cloud on Alison
Architecting with Google Kubernetes Engine – Production on Pluralsight
Introduction to Containers, Kubernetes and OpenShift on edX
Fundamentals of Kubernetes Deployment on Coursera
Architecting with Google Kubernetes Engine Specialization on Coursera
Managing Advanced Kubernetes Logging and Tracing on Pluralsight
Introduction to Kubernetes on Edge with K3s on edX

What Will You Learn In An Online Kubernetes Course?

Core Development Skills

Skill	Description
*Container Orchestration*	Master the orchestration of containers using Kubernetes to build scalable and reliable applications.
*Cluster Management*	Learn techniques for managing Kubernetes clusters, including deployment, scaling, and maintenance.
*Networking*	Develop skills in implementing network policies and services within Kubernetes clusters.

Advanced Kubernetes Concepts

Skill	Description
*Container Security*	Enhance your understanding of security practices for Kubernetes, including secrets management and policy enforcement.
*Service Mesh*	Learn advanced service mesh techniques using tools like Istio for managing microservices within Kubernetes.
*Monitoring and Logging*	Implement robust monitoring and logging solutions using Prometheus, Grafana, and ELK stack within Kubernetes environments.

Integration and Deployment

Skill	Description
*CI/CD Integration*	Develop techniques for integrating CI/CD pipelines with Kubernetes for automated testing, building, and deployment.
*Testing*	Utilize tools like Kubernetes’ testing framework to write unit and integration tests for your Kubernetes deployments.
*Deployment*	Use platforms like Google Kubernetes Engine (GKE), Amazon EKS, and Azure AKS to deploy Kubernetes clusters for seamless deployment and hosting.

Collaboration and Communication

Skill	Description
*Version Control*	Utilize Git and GitHub for version control, collaboration, and code management in your Kubernetes projects.
*Collaboration Tools*	Enhance remote teamwork and project coordination using Slack, Trello, and Jira tools.
*Code Reviews*	Develop techniques for conducting and participating in code reviews to improve code quality and team collaboration.

Strategy and Best Practices

Skill	Description
*Performance Optimization*	Optimize the performance of your Kubernetes applications for better user experience.
*Security Best Practices*	Implement security best practices to ensure your Kubernetes deployments are secure.
*Accessibility Standards*	Ensure your applications are accessible to all users, adhering to recognized standards and best practices.