Build EKS Cluster with eksctl. Manage Node Groups, Ingress with LBC, Storage with CSI, Cluster Autoscaler, HPA, VPA etc.
β±οΈ Length: 5.5 total hours
β 4.70/5 rating
π₯ 3,362 students
π August 2025 update
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- Course Overview
- Embark on a rapid-fire journey to master Amazon EKS, the industry-leading managed Kubernetes service on AWS. This bootcamp distills complex EKS concepts into actionable, hands-on strategies for immediate deployment and management success.
- Focuses on establishing a robust, scalable, and secure container orchestration platform from the ground up, specifically designed for production readiness within the AWS ecosystem.
- Discover how to intelligently integrate EKS with other essential AWS services, building a truly cloud-native application landscape that leverages the full power of Amazon Web Services.
- Transition seamlessly from foundational Kubernetes understanding to specialized EKS operational excellence, equipping you with AWS-centric best practices for modern container management.
- Dive deep into the critical components that define an optimized EKS cluster, ensuring peak performance, high availability, and significant cost efficiency for your diverse workloads.
- Structured to empower DevOps engineers, cloud architects, and software developers to confidently manage, scale, and secure containerized applications on the AWS cloud.
- Gain a comprehensive understanding of the EKS lifecycle, from initial cluster provisioning and configuration to ongoing maintenance, scaling, and intelligent resource allocation.
- Requirements / Prerequisites
- A foundational grasp of AWS core services, including EC2 instances, VPC networking fundamentals, and IAM permissions, is essential for context and practical exercises.
- Prior exposure to basic Kubernetes concepts such as Pods, Deployments, Services, and Namespaces will significantly enhance your learning pace and comprehension.
- Comfort with navigating and executing commands within a Linux-based command-line interface (CLI) environment, as this forms the primary interaction method.
- An active AWS account with administrative privileges is mandatory for practical, hands-on lab exercises and provisioning real-world cloud resources during the course.
- Basic understanding of YAML syntax is highly recommended, as it is extensively used for defining Kubernetes manifests and various EKS configurations.
- Familiarity with version control systems like Git can be beneficial for managing infrastructure as code resources and Kubernetes manifest repositories.
- A conceptual understanding of networking layers (e.g., TCP/IP, DNS) helps in comprehending EKS’s service discovery, ingress mechanisms, and communication flows.
- Skills Covered / Tools Used
- Harnessing `eksctl` for declarative, GitOps-friendly EKS cluster lifecycle management, enabling repeatable and automated cluster creation, upgrades, and deletion.
- Advanced `kubectl` operations for inspecting, debugging, and interacting with all layers of your EKS cluster, from individual pods to complex services.
- Crafting and optimizing Kubernetes YAML manifests for various deployment strategies, stateful workloads, and intricate resource configurations, ensuring robust application delivery.
- Leveraging AWS CLI for seamless integration and automation between EKS and other Amazon Web Services, creating cohesive cloud-native solutions.
- Implementing and fine-tuning Kubernetes network policies and understanding the implications of different CNI (Container Network Interface) plugins for enhanced cluster security and performance.
- Exploring various Node Group strategies, including managed node groups, self-managed nodes, and Fargate profiles, to cater to diverse workload requirements and optimize costs.
- Developing robust logging and monitoring strategies (e.g., integrating with CloudWatch Logs, understanding Prometheus/Grafana concepts) to observe cluster health and application metrics.
- Mastering service discovery and load balancing within EKS using AWS-native solutions like the Load Balancer Controller and custom Ingress definitions.
- Understanding the underlying AWS infrastructure components (EC2 instances, Security Groups, Subnets, Route Tables) that power EKS and how to manage them effectively.
- Applying GitOps principles for consistent and automated EKS configuration deployments, updates, and rollbacks, promoting reliable and auditable infrastructure changes.
- Strategies for managing Kubernetes secrets and configuration maps securely within the EKS environment, protecting sensitive application data.
- Building highly available and fault-tolerant EKS architectures across multiple Availability Zones, ensuring maximum uptime and resilience for your containerized applications.
- Implementing advanced container runtime options and understanding their impact on security and performance within the EKS cluster.
- Benefits / Outcomes
- Achieve the proficiency to confidently design, deploy, and manage production-grade EKS clusters for mission-critical applications within your organization.
- Gain the strategic insight to optimize EKS resource utilization, leading to significant cost savings on your AWS infrastructure without compromising performance.
- Develop a strong foundation in EKS security best practices, protecting your containerized workloads from common vulnerabilities and ensuring compliance.
- Streamline your development and operational workflows by implementing scalable and automated EKS deployment pipelines, accelerating time to market.
- Elevate your standing as a sought-after cloud-native expert, capable of tackling complex container orchestration challenges on the AWS platform.
- Future-proof your skills with an understanding of cutting-edge EKS scaling solutions like Karpenter, ensuring adaptability to evolving cloud trends and technologies.
- Empower your teams to rapidly iterate and deploy new features with confidence in a stable, elastic, and highly performant EKS environment.
- Receive practical, hands-on experience that directly translates to real-world job responsibilities in DevOps, SRE, and Cloud Engineering roles.
- Build a robust portfolio of EKS deployment knowledge, preparing you for advanced AWS certifications (like the AWS Certified Kubernetes Specialty) and enhanced career opportunities.
- Master the art of troubleshooting common EKS operational issues, ensuring high availability and minimal downtime for your services and applications.
- Understand the nuances of EKS networking and security group configurations to create isolated and compliant application environments.
- Be able to implement robust data persistence strategies for stateful applications running on EKS using AWS EBS CSI driver and other storage solutions.
- PROS
- A highly concentrated, practical curriculum designed for maximum knowledge transfer in a minimal timeframe, perfect for busy professionals seeking rapid skill acquisition.
- Benefits from a stellar 4.70/5 rating from over 3,300 students, unequivocally validating its quality, clarity, and effectiveness in teaching complex EKS concepts.
- Content is meticulously updated to August 2025, guaranteeing relevance with the latest EKS features, AWS best practices, and ecosystem changes, ensuring your skills are current.
- Focuses heavily on hands-on application and real-world scenarios, ensuring you gain immediately applicable skills rather than just theoretical knowledge.
- Covers a comprehensive range of essential EKS components and optimization techniques, providing a holistic view of modern cluster management and cost control.
- Taught by the School of Devops, implying expert instructors with significant industry experience and a deep understanding of cloud-native operations and challenges.
- The concise duration means you can quickly upskill without a long-term time commitment, fitting easily into professional development plans.
- CONS
- The bootcamp’s accelerated pace and relatively short duration may be challenging for individuals with absolutely no prior exposure to Kubernetes or AWS, potentially requiring supplementary learning and a dedicated effort to keep up.
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