Build End to End Micro Services Application Use Case with Docker, Kubernetes, Jenkins, Ansible. Learn end to end Devops.
What you will learn
Understand what is devops, how it evolved and what are the key principles and practices
Deploy a micro services stack by incorporating devops practices
Build Continuous Integration pipelines with Jenkins, Git and supporting plugins for a variety of applications e.g. java, go , node
Write Infrastructure as a Code using Ansible to deploy applications and manage configurations
Use managed devops tools by AWS such as CodeCommit, CodeBuild, CodePipeline
Build and deploy applications with container technologies such as Docker, ECS, Kubernetes
Setup monitoring with Prometheus and Grafana, Use ELK stack for log monitoring
Add-On Information:
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- Orchestrate Seamless Software Delivery: Master the design and implementation of automated pipelines, propelling code from development to production with speed and reliability.
- Command Cloud-Native Architectures: Gain deep understanding and practical skills in building, deploying, and scaling resilient applications in modern cloud environments.
- Unleash Infrastructure as Code Power: Transform manual setups into repeatable, version-controlled scripts for predictable and efficient infrastructure provisioning and configuration management.
- Cultivate a DevOps Mindset: Beyond tools, embrace the cultural shift and collaborative practices essential for fostering innovation and shared responsibility between dev and ops teams.
- Architect Scalable Microservices: Learn to decompose monolithic applications into independent, manageable services, optimizing for performance, maintainability, and continuous deployment.
- Implement Advanced CI/CD: Build robust continuous integration and delivery workflows, leveraging cutting-edge tools for rapid iteration, automated testing, and zero-downtime deployments.
- Proactive System Monitoring: Establish sophisticated monitoring and alerting frameworks for deep visibility into application performance and infrastructure health, ensuring high availability.
- Centralized Log Management: Configure powerful logging solutions for aggregating, analyzing, and visualizing application and infrastructure logs, crucial for debugging and operational intelligence.
- Navigate the Container Ecosystem: Become proficient in containerization technologies like Docker and Kubernetes, understanding their role in packaging and orchestrating scalable applications.
- Leverage AWS DevOps Tools: Utilize Amazon’s integrated suite of developer tools (CodeCommit, CodeBuild, CodePipeline) to streamline your software development lifecycle in the cloud.
- Build a Production-Ready Portfolio: Construct a comprehensive, real-world microservices application project from scratch, showcasing your full-stack DevOps capabilities to potential employers.
- Accelerate Career Growth: Equip yourself with highly sought-after skills, preparing you for senior DevOps, SRE, or Cloud Engineer roles in today’s demanding tech industry.
- Drive Organizational Efficiency: Implement best practices that reduce operational overhead, accelerate time-to-market, and improve the overall quality and security of software products.
- PROS:
- Comprehensive Skill Set: Master a wide array of essential DevOps tools and practices for modern software delivery.
- Hands-On Project Focus: Build a substantial end-to-end microservices project, vital for practical experience and portfolio.
- Industry-Relevant: Curriculum aligns with current demands, preparing you for high-demand roles.
- Expert Instruction: Learn from School of Devops® instructors, gaining invaluable real-world insights.
- CONS:
- Significant Time Commitment: Its intensive bootcamp format requires a substantial time investment.
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