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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course.

Master Helm, the leading Kubernetes package manager, through hands-on projects and real-world examples. By the end of the course, you’ll deploy and manage Kubernetes apps using Helm charts, create custom charts with Go templating, manage chart dependencies, and use advanced Helm features like hooks and plugins.

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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course.

Master Helm, the leading Kubernetes package manager, through hands-on projects and real-world examples. By the end of the course, you’ll deploy and manage Kubernetes apps using Helm charts, create custom charts with Go templating, manage chart dependencies, and use advanced Helm features like hooks and plugins.

You’ll start by setting up your environment and exploring Helm's role in Kubernetes. Then, you’ll progress to installing and using charts, customizing deployments, and managing releases. In-depth sections cover Helm architecture, creating reusable charts, and upgrading releases.

The course covers advanced templating, managing chart dependencies, and integrating Helm plugins. You’ll also learn to use Helm hooks for automation and validation functions for dynamic deployments.

This course is ideal for developers, DevOps engineers, and cloud professionals with basic Kubernetes and CLI knowledge, aiming to build advanced deployment workflows.

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Syllabus

Getting Started with the Course
In this module, we will introduce the course structure, guide you through optimizing your learning experience, and set clear expectations for the journey ahead. By the end, you'll have a roadmap to successfully navigate the course and achieve your learning goals.
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Career center

Learners who complete Helm Masterclass - From Beginner to Advanced will develop knowledge and skills that may be useful to these careers:
Platform Engineer
A Platform Engineer designs, builds, and maintains the underlying infrastructure and tools that empower development teams to build and deploy applications efficiently. This role focuses on creating resilient, scalable, and developer-friendly platforms, often centered around Kubernetes. The Helm Masterclass From Beginner to Advanced course is exceptionally well-suited for a Platform Engineer. It provides deep expertise in managing Kubernetes applications through Helm charts, which are foundational for creating standardized, reusable, and customizable deployment patterns. Learners will gain skills in building custom Helm charts with Go templating, managing complex chart dependencies, and incorporating advanced features for automation and validation. This allows a Platform Engineer to construct robust internal platforms, ensuring consistent and streamlined application deployment across an organization’s software ecosystem.
DevOps Engineer
A DevOps Engineer is crucial for bridging the gap between development and operations, ensuring seamless software delivery and infrastructure management. This role involves automating deployment pipelines, managing infrastructure as code, and continuously integrating and delivering applications. The Helm Masterclass From Beginner to Advanced course directly aligns with the responsibilities of a DevOps Engineer by providing expertise in deploying and managing Kubernetes applications. Learners will master creating custom Helm charts, managing chart dependencies, and leveraging advanced features like hooks and plugins. This knowledge is essential for building advanced deployment workflows, streamlining releases, and automating validation within a Kubernetes environment. Mastering Helm ensures efficient, repeatable, and scalable application deployments, which are hallmarks of successful DevOps practices.
Kubernetes Administrator
A Kubernetes Administrator is responsible for managing, maintaining, and scaling Kubernetes clusters, ensuring the optimal performance and availability of containerized applications. This role involves cluster configuration, resource management, and troubleshooting deployment issues. The Helm Masterclass From Beginner to Advanced course is directly applicable to a Kubernetes Administrator's daily responsibilities. The course provides comprehensive knowledge of Helm, the leading Kubernetes package manager, enabling efficient deployment, customization, and management of applications. Learners will explore Helm's foundational concepts, master installation and uninstallation of charts, and gain hands-on experience with customizing deployments and managing releases. Understanding Helm's architecture and advanced features like hooks and plugins is crucial for a Kubernetes Administrator to effectively manage complex application lifecycles and maintain a healthy cluster environment.
Site Reliability Engineer
A Site Reliability Engineer focuses on the reliability, availability, and performance of large-scale systems, often by applying software engineering principles to operations. This role involves automating operational tasks, managing incident response, and continuously improving system resilience. For a Site Reliability Engineer, the Helm Masterclass From Beginner to Advanced course is highly relevant, as it equips learners with the skills to consistently deploy and manage applications on Kubernetes. The course's emphasis on creating reusable charts, managing dependencies, and utilizing Helm hooks for automation and validation functions directly contributes to building robust, self-healing, and predictable systems. This expertise helps ensure that applications are deployed reliably and can be efficiently maintained and scaled in production environments, minimizing downtime and operational overhead.
Release Engineer
A Release Engineer is responsible for managing and standardizing the software release process, ensuring that deployments are consistent, automated, and reliable. This role often involves setting up continuous integration and continuous delivery pipelines, and managing version control for application packages. The Helm Masterclass From Beginner to Advanced course offers essential expertise for a Release Engineer. By mastering Helm, the leading Kubernetes package manager, learners gain the ability to create, customize, and manage application deployments with precision. The course's focus on building custom charts, handling chart dependencies, and leveraging advanced Helm features like hooks for automation and validation functions directly supports the creation of robust and predictable release pipelines. This ensures applications can be upgraded and managed seamlessly, minimizing risk and maximizing efficiency in the release cycle.
Cloud Platforms Engineer
A Cloud Platforms Engineer focuses on building, maintaining, and evolving the core cloud infrastructure and platforms that development teams use to run their applications. This role ensures the underlying platform is robust, scalable, and provides self-service capabilities. The Helm Masterclass From Beginner to Advanced course is highly relevant for a Cloud Platforms Engineer. Mastery of Helm, the leading Kubernetes package manager, is fundamental for defining and enforcing application deployment standards across the platform. Learners will acquire skills in creating custom Helm charts with Go templating, managing chart dependencies, and leveraging advanced features like hooks and plugins. This expertise is critical for designing and implementing standardized, automated, and efficient deployment workflows, empowering developers and ensuring the integrity and performance of the cloud platform.
Cloud Engineer
A Cloud Engineer designs, implements, and manages cloud-based infrastructure and services, ensuring scalability, security, and cost-effectiveness. This role often involves working with various cloud platforms and deploying applications in containerized environments. For a Cloud Engineer, the Helm Masterclass From Beginner to Advanced course is highly beneficial, as Kubernetes is a dominant force in cloud-native deployments. The course focuses on mastering Helm to deploy and manage Kubernetes applications, a critical skill for any professional building in the cloud. Learning to create custom charts, manage dependencies, and implement advanced deployment workflows directly enhances a Cloud Engineer's ability to provision and orchestrate applications effectively across public or private cloud infrastructures, ensuring efficient and automated resource management.
Containerization Engineer
A Containerization Engineer specializes in packaging applications into containers using technologies like Docker, and then orchestrating those containers, typically with Kubernetes. This role focuses on optimizing container images, ensuring efficient resource utilization, and setting up deployment strategies. For a Containerization Engineer, the Helm Masterclass From Beginner to Advanced course is exceptionally relevant. While the optional module discusses containerizing an application with Docker, the core of the course provides in-depth mastery of Helm, which is crucial for orchestrating and managing containerized applications on Kubernetes. Learning to create custom Helm charts, manage chart dependencies, and implement advanced deployment workflows directly empowers a Containerization Engineer to efficiently deploy, update, and manage complex containerized services in production environments.
SaaS Operations Engineer
A SaaS Operations Engineer is responsible for the operational aspects of Software as a Service applications, ensuring their continuous availability, performance, and scalability. This role involves deploying updates, monitoring systems, managing incidents, and optimizing resource utilization. For a SaaS Operations Engineer, the Helm Masterclass From Beginner to Advanced course is extremely valuable. SaaS applications are frequently deployed on Kubernetes, and Helm is indispensable for managing their lifecycle. The course provides deep expertise in deploying and managing Kubernetes applications using Helm charts, creating reusable charts, managing dependencies, and utilizing advanced features for automation and validation. This knowledge ensures efficient, controlled, and reliable deployments and upgrades, which are critical for maintaining high availability and seamless user experience for SaaS platforms.
Infrastructure Engineer
An Infrastructure Engineer designs, builds, and maintains the foundational IT systems and services that support an organization's applications and data. This role encompasses servers, networking, storage, and often extends to managing container orchestration platforms. For an Infrastructure Engineer, the Helm Masterclass From Beginner to Advanced course is very helpful, especially as infrastructure increasingly shifts to cloud-native and containerized environments. The course provides practical skills in deploying and managing Kubernetes applications using Helm charts, which are vital for automating infrastructure provisioning at the application layer. Understanding Helm's role in Kubernetes, creating custom charts, and managing dependencies allows an Infrastructure Engineer to design and implement resilient, scalable, and automated infrastructure solutions, directly contributing to the stability and efficiency of modern IT landscapes.
Cloud Native Developer
A Cloud Native Developer builds applications specifically designed to run in cloud environments, leveraging microservices, containers, and serverless architectures. While their primary focus is application code, understanding deployment mechanisms is crucial for creating resilient and scalable systems. The Helm Masterclass From Beginner to Advanced course is highly beneficial for a Cloud Native Developer. While not directly focused on coding, it provides essential knowledge of how applications are packaged and deployed using Helm on Kubernetes. Understanding how to create custom Helm charts with Go templating, manage chart dependencies, and utilize advanced Helm features helps a developer design their applications to be 'Helm-friendly,' ensuring smooth integration into cloud-native deployment pipelines and making their applications easier to operate and scale in production.
Automation Engineer
An Automation Engineer designs, develops, and implements automated solutions to streamline IT processes, from infrastructure provisioning to software deployment and operational tasks. This role aims to reduce manual effort and improve efficiency and reliability. The Helm Masterclass From Beginner to Advanced course is highly relevant for an Automation Engineer working in cloud-native environments. Helm is a powerful tool for automating the deployment and management of applications on Kubernetes. Learners will acquire skills in building custom Helm charts with Go templating for dynamic configuration and leveraging Helm hooks for automation and validation functions. This expertise directly translates into the ability to design and implement sophisticated, automated deployment workflows, significantly enhancing an Automation Engineer's capacity to build efficient and reliable continuous delivery pipelines for Kubernetes applications.
Solutions Architect
A Solutions Architect designs and oversees the implementation of complex IT solutions, translating business requirements into technical specifications and choosing appropriate technologies. This role requires a broad understanding of various systems, including cloud-native platforms. The Helm Masterclass From Beginner to Advanced course is very useful for a Solutions Architect. While focusing on a specific tool, it provides deep insight into deployment strategies for Kubernetes, which is a key component of modern cloud solutions. Understanding Helm's architecture, custom chart creation, and advanced deployment features allows an architect to design robust, scalable, and maintainable application delivery mechanisms. This knowledge is particularly valuable when proposing deployment patterns and evaluating tools for cloud-native applications, often requiring an advanced degree or significant experience.
Technical Consultant
A Technical Consultant advises clients on technology strategies, implementations, and best practices, often specializing in specific domains like cloud computing or DevOps. This role involves understanding client needs, assessing existing systems, and recommending solutions. For a Technical Consultant, the Helm Masterclass From Beginner to Advanced course is very helpful. Expertise in Helm, the leading Kubernetes package manager, allows consultants to provide practical, hands-on advice on deploying and managing applications in cloud-native environments. The ability to discuss creating custom charts, managing dependencies, and implementing advanced Helm features positions a consultant to guide organizations through complex Kubernetes adoption and optimization challenges, ensuring efficient and sustainable deployment workflows for their clients.
Systems Integrator
A Systems Integrator connects disparate IT systems and applications to create cohesive, unified solutions that meet specific business needs. This often involves working with complex architectures, including microservices deployed across various environments. For a Systems Integrator, the Helm Masterclass From Beginner to Advanced course is very helpful, particularly when integrating applications within cloud-native ecosystems. The course provides the essential skills to deploy and manage Kubernetes applications using Helm, which is crucial for handling the intricacies of microservice deployments and their interdependencies. Understanding how to build custom charts, manage dependencies, and apply advanced Helm features enables an integrator to effectively orchestrate complex application landscapes, ensuring smooth communication and operation between integrated systems.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Helm Masterclass - From Beginner to Advanced.
Authored by Kubernetes co-founders, this canonical text delivers the definitive mental model for container orchestration, pod scheduling, services, and declarative deployment lifecycles.
Is an excellent starting point for anyone new to Helm. Written by Helm maintainers, it provides a practical guide to creating, installing, and managing applications with Helm charts. It's particularly useful for developers and DevOps engineers looking to integrate Helm into their workflows and serves as a solid foundation for further learning.
Provides a comprehensive overview of cloud computing, covering concepts, technologies, and architectures. It is written by leading experts in the field.
Presents the results of a four-year study of high-performing technology organizations. It identifies the key factors that drive success, and it provides a roadmap for organizations that want to improve their performance.
Foundational text for understanding the principles and practices of Continuous Delivery, which is highly relevant to Deployment Automation. It introduces the concept of the deployment pipeline and covers automating various stages of the software release lifecycle. While published in 2010, its core concepts remain highly valuable and it's considered a classic in the field. It's essential background reading for anyone serious about deployment automation.
Systematizes reusable cloud-native design patterns, analyzing sidecar injection, adapter containers, leader election, and distributed configuration across production clusters.
Provides a comprehensive guide to Unix programming, including coverage of the command line and its use within the Unix ecosystem, making it a valuable resource for those seeking to develop Unix-based applications.
Addresses high-stakes enterprise operational challenges, detailing multi-cluster networking, ingress controller architecture, cluster autoscaling, and disaster recovery strategies.
Explains core cluster architecture with remarkable pedagogical clarity, demystifying etcd consensus, API server mechanics, and runtime security for systems engineers.
Delves into effectively managing applications on Kubernetes with Helm, covering creating, packaging, and distributing applications using Helm charts. It's suitable for Kubernetes developers and administrators seeking to deepen their understanding of Helm for automation and enterprise patterns. The second edition provides updated information.
Guides systems developers through extending the Kubernetes control plane, focusing on client-go libraries, custom resource definitions (CRDs), and controller reconciliation loops.
This handbook provides a step-by-step guide to implementing DevOps in your organization. It covers all aspects of DevOps, from planning to implementation to measurement, and it valuable resource for anyone looking to get started with DevOps.
Provides a comprehensive overview of Helm, covering everything from its architecture to its use in managing and deploying Kubernetes applications. It great resource for anyone looking to get started with Helm or improve their understanding of it.
Serves as an excellent introduction to the Linux command line and covers basic to advanced concepts, making it a suitable resource for beginners and experienced users alike.
Specifically targets mastering Helm, suggesting a deeper dive into its capabilities for streamlined Kubernetes deployments. It is likely to cover advanced techniques and best practices for using Helm effectively in various scenarios.
Focuses specifically on the practice of managing infrastructure using code, a fundamental aspect of modern deployment automation. It covers principles, patterns, and practices for building and managing infrastructure in a programmatic way, which is essential for creating automated deployment pipelines. The latest edition provides updated context for cloud-age infrastructure.
Provides a comprehensive overview of DevOps principles and practices, with a significant focus on the technical and architectural practices for fast flow, fast feedback, and continuous experimentation, all of which are crucial for effective deployment automation. It offers practical guidance and case studies, making it a valuable reference for implementing DevOps in organizations. It's considered a must-read for anyone involved in the software delivery process.
Presents high-availability architectural blueprints for distributed cloud systems, covering cluster topology, horizontal autoscaling, load shedding, and resilience engineering.
Offers a comprehensive introduction to Helm for beginners. It covers the benefits of Helm in a container environment, architectural aspects, and how to write Helm charts for automated deployments. It's a good resource for Kubernetes developers and administrators with basic Kubernetes knowledge who want to learn Helm for automation.
Tackles operational infrastructure for training and serving machine learning workloads, exploring GPU scheduling, orchestrator optimization, and distributed tensor pipelines.
Authored by one of the co-authors of 'Continuous Delivery,' this book offers a more focused look at the deployment pipeline, a core concept in deployment automation. It provides a step-by-step guide to building, using, and improving deployment pipelines. It's a valuable resource for deepening the understanding of this critical component.
Demystifies the Operator SDK framework, teaching site reliability engineers how to encapsulate human operational knowledge into automated, self-healing Go controllers.
This practical guide specifically includes coverage of deploying applications with Helm, making it directly relevant to the topic. It aims to take the reader from container basics to advanced Helm deployments, which is suitable for both developers and DevOps teams.
Details modern GitOps deployment pipelines, examining declarative configuration management, continuous cluster state synchronization, and automated blue-green rollouts.
Given the prevalence of Kubernetes in modern deployments, this book is highly relevant for understanding how to automate deployments to container orchestration platforms. It covers the core concepts of Kubernetes and how to effectively deploy and manage applications within a Kubernetes environment. It's essential for anyone working with containerized applications and deployment automation.
Focuses on cryptographic key protection and sensitive configuration management, detailing Vault integrations, external secrets operators, and envelope encryption workflows.
Focuses on combining cloud-native principles with DevOps practices using Kubernetes. It covers building, deploying, and scaling applications in the cloud with a strong emphasis on automation and modern infrastructure. It's highly relevant for those working with cloud-native architectures and Kubernetes for deployment automation.
Focuses on using Ansible for configuration management and automation, which is often a key component of deployment automation workflows. It provides practical examples for automating server provisioning, application deployment, and other operational tasks. It's a useful resource for those looking to implement automation using Ansible.
Examines cloud-native infrastructure engineering from first principles, dissecting immutable infrastructure patterns, declarative APIs, and control plane orchestration.
Provides a comprehensive guide to deployment automation, a key part of the DevOps process. It covers the tools, techniques, and best practices for automating deployments, and it valuable resource for anyone looking to improve their deployment process.
Provides a theoretical foundation for cloud computing. It covers topics such as cloud architectures, cloud resource management, and cloud security.
Practical guide to cloud computing. It covers a wide range of topics, including cloud computing basics, cloud architectures, and cloud security.
This practical guide focuses specifically on Docker, the leading containerization platform. It's a great resource for developers who want to get hands-on experience with building and deploying containerized applications.
Provides a thorough exploration of the Bash shell, focusing on its features, scripting capabilities, and customization options, making it a valuable resource for those looking to master Bash.
Provides practical guidance on using the Linux command line effectively, covering topics such as file manipulation, text processing, and system administration, making it suitable for both beginners and experienced users looking to enhance their skills.
Provides a comprehensive exploration of operating systems concepts and their implementation, including coverage of the command line and its role within different operating systems, making it suitable for those seeking a deeper understanding of the underlying principles.
Furnishes an encyclopedic technical reference covering cluster provisioning, service mesh deployment, storage class drivers, and enterprise observability stacks.
Demonstrates declarative infrastructure composition using Crossplane, allowing platform teams to manage cloud provider resources directly through standard Kubernetes manifests.
This practical guide focuses on the design and development of CI/CD pipelines. It goes beyond the theory and delves into the practical aspects of building automated pipelines, including testing the pipelines themselves. It's a useful resource for those who want to understand the mechanics of pipeline development.
Investigates defense-in-depth container security, exploring kernel namespace isolation, seccomp profiles, admission controllers, and runtime vulnerability scanning.
This cookbook provides a collection of practical recipes for using Terraform to manage infrastructure as code across different cloud providers. It offers solutions to common challenges and demonstrates how to use Terraform effectively for provisioning and managing cloud resources. It's a good reference for hands-on Terraform users.
Provides a comprehensive overview of cloud native patterns, a set of best practices for building and deploying cloud-native applications. It's a great choice for anyone looking to gain a deep understanding of the topic.
Provides a guide to site reliability engineering (SRE), a set of practices that helps organizations build and operate reliable systems. SRE key part of DevOps, and this book provides a valuable introduction to the field.
Hands-on guide to cloud computing. It covers a wide range of topics, including cloud architectures, cloud services, and cloud security.
While not solely focused on deployment automation, this book from Google provides invaluable insights into operating reliable systems at scale. It covers practices like monitoring, incident response, and automation, which are critical for ensuring the success of automated deployments in production environments. It's highly relevant for understanding the operational aspects that complement deployment automation.
Focused on GitLab CI/CD, this book provides a practical approach to building automated pipelines using a specific popular tool. It covers best practices and troubleshooting, offering hands-on guidance for users of GitLab. It's highly relevant for those working in environments that utilize GitLab for their CI/CD needs.
Another highly-regarded book on Kubernetes, 'Kubernetes in Action' provides a deep dive into the core concepts of Kubernetes. Understanding these concepts is crucial for effectively using Helm. serves as a valuable reference for solidifying Kubernetes knowledge, which directly supports learning Helm.
Provides pragmatic troubleshooting recipes for cluster engineers, solving real-world networking outages, persistent volume binding failures, and OOMKilled worker nodes.

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