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Course Outline

Introduction to Platform Engineering

  • Defining the scope of Platform Engineering
  • The critical role of the Platform Engineer
  • An overview of the broader Platform Engineering ecosystem

Essential Tools and Technologies

  • Key tools prevalent in Platform Engineering
  • Infrastructure as Code (IaC) methodologies
  • Continuous Integration/Continuous Deployment (CI/CD) pipelines

Developing Internal Developer Platforms (IDPs)

  • Core principles behind IDP architecture
  • Implementing self-service models for development teams
  • Examining case studies of effective IDPs

Automation and Orchestration

  • Streamlining infrastructure provisioning through automation
  • Managing workflow orchestration
  • Utilizing monitoring and logging for platform health

Security and Compliance

  • Embedding security features into the platform
  • Maintaining adherence to industry standards
  • Best practices for securing platform environments

Collaboration and Cultural Shifts

  • Cultivating an environment of collaboration
  • Navigating the intersection of DevOps and Platform Engineering
  • Enhancing communication across cross-functional teams

Advanced Platform Engineering Concepts

  • Microservices and advanced container orchestration
  • Adopting serverless architectures
  • Leveraging cloud-native technologies

Practical Application

  • Designing and launching a foundational internal platform
  • Building a functional CI/CD pipeline
  • Integrating robust monitoring and logging mechanisms

Conclusion and Future Directions

Requirements

  • Foundational knowledge of software development and operations principles
  • Proficiency with the Linux command line and shell scripting
  • Working familiarity with cloud services and containerization

Target Audience

  • IT professionals
  • System administrators
  • Developers
  • Technical managers
 14 Hours

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