Learn how to deploy, manage and scale dockerized apps in Kubernetes
β±οΈ Length: 6.6 total hours
β 4.53/5 rating
π₯ 110,155 students
π July 2025 update
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- Course Caption: Learn how to deploy, manage and scale dockerized apps in Kubernetes
- Course Length: 6.6 total hours
- Course Rating: 4.53/5 (Highly Rated)
- Student Count: 110,155 students (Popular Choice)
- Last Updated: July 2025 (Up-to-date content)
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Course Overview
- Unlock the power of modern application deployment and infrastructure management with this concise, developer-centric Kubernetes course. This program bridges the gap between writing code and efficiently delivering it to a scalable, resilient production environment. Designed specifically for software developers, this course demystifies container orchestration, presenting Kubernetes not just as an operational tool, but as an integral part of the development lifecycle. You’ll gain a fundamental understanding of how Kubernetes acts as an operating system for the cloud, automating the deployment, scaling, and operational aspects of your containerized applications. Focus is placed on practical, hands-on knowledge to empower you to confidently navigate and contribute to cloud-native projects. Learn to leverage Kubernetes to build robust, fault-tolerant, and highly available systems that can gracefully handle varying loads and ensure continuous service delivery. This training is your gateway to understanding the principles behind self-healing infrastructure and streamlined development-to-production workflows in a microservices-driven world.
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Requirements / Prerequisites
- To gain the most from this course, a foundational understanding of key development concepts and tools is highly recommended:
- Familiarity with Development Principles: Basic experience in software development using a modern programming language (e.g., C#, Python, Java, Node.js).
- Command Line Proficiency: Comfort navigating and executing commands in a terminal or command prompt.
- Basic Docker Knowledge: Understanding of what containers are, how to build a Docker image, and how to run a Docker container locally.
- Fundamental Networking Concepts: A grasp of basic network terminology like IP addresses, ports, and client-server communication.
- Conceptual Understanding of Cloud: General awareness of cloud computing services, even without deep experience in a specific cloud provider.
- Local Development Setup: A computer capable of running Docker Desktop or a similar containerization tool for local practice.
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Skills Covered / Tools Used
- Upon completion, you will be proficient in interacting with Kubernetes clusters and understanding core cloud-native development practices:
- Kubernetes Cluster Interaction: Master the use of
kubectl, the command-line tool for controlling Kubernetes clusters, to inspect resources, deploy applications, and troubleshoot issues. - Declarative Configuration Management: Gain expertise in writing and interpreting YAML manifest files to define desired states for your applications and infrastructure components within Kubernetes.
- Container Orchestration Fundamentals: Understand the lifecycle of pods, the smallest deployable units in Kubernetes, and how they are managed for high availability and resource efficiency.
- Application Resiliency Patterns: Learn to implement readiness and liveness probes to ensure your applications are healthy and responsive, contributing to self-healing deployments.
- Service Discovery and Load Balancing: Grasp how Kubernetes Services enable reliable communication between different parts of your application and handle internal traffic distribution.
- Externalizing Configuration: Utilize ConfigMaps to externalize application configurations, enabling environment-specific settings without rebuilding container images.
- Secure Credential Management: Implement Kubernetes Secrets to securely store and inject sensitive information like API keys and database passwords into your applications.
- Persistent Storage Concepts: Explore the fundamentals of persistent volumes and persistent volume claims to ensure data longevity for stateful applications like databases, even if pods restart.
- Azure Kubernetes Service (AKS) Integration: Understand how to leverage a managed Kubernetes service on Azure, simplifying cluster setup and operational overhead for cloud deployments.
- Microservices Deployment Architecture: Apply Kubernetes patterns to effectively deploy and manage multi-component applications, facilitating a microservices-based approach.
- Kubernetes Cluster Interaction: Master the use of
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Benefits / Outcomes
- Enrolling in this course will yield tangible benefits, elevating your capabilities as a modern developer:
- Enhanced Deployment Efficiency: Streamline your application deployment processes, reducing manual intervention and increasing release velocity.
- Scalability and Reliability Expertise: Confidently design and deploy applications that can automatically scale to meet demand and recover from failures, ensuring high availability.
- Career Advancement: Equip yourself with highly sought-after skills in the cloud-native ecosystem, opening doors to advanced development and DevOps roles.
- Contribution to DevOps Culture: Actively participate in shaping robust CI/CD pipelines and infrastructure-as-code initiatives within your team.
- Understanding of Production Systems: Gain a deeper insight into how modern applications are run and managed in production, improving your ability to write production-ready code.
- Cloud-Native Readiness: Be prepared to develop for and migrate existing applications to cloud-native environments, becoming a key asset in digital transformation efforts.
- Problem-Solving Confidence: Develop the analytical skills to diagnose and resolve deployment-related issues within a Kubernetes cluster.
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Pros
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- High Impact in Short Time: With only 6.6 hours, it delivers crucial Kubernetes skills for developers efficiently.
- Industry-Relevant & Popular: Backed by 110,155 students and a 4.53/5 rating, signifying its proven value and broad appeal.
- Up-to-date Content: The July 2025 update ensures you’re learning the latest practices and tools.
- Practical Application Focused: Emphasizes hands-on deployment scenarios, preparing you for real-world development tasks.
- Specific Cloud Integration: Provides valuable exposure to a major cloud provider (Azure AKS), adding practical deployment experience.
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Cons
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- Limited Advanced Scope: Due to its concise nature, it may not delve deeply into advanced topics like Helm charts, Ingress controllers, advanced networking, or security best practices beyond core components.
Learning Tracks: English,Development,Software Engineering
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