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 Duration 21 hours

Course Outline

Overview of Platform Engineering Frameworks

  • Evaluating platform engineering from a developer-centric viewpoint
  • Assessing operational efficiencies and value for development units
  • Aligning platform capabilities with strategic development objectives

Implementation of Self-Service Infrastructure

  • Defining standards for self-service access and resource provisioning
  • Deploying internal platforms to support build and testing environments
  • Practical Exercise: Configuring isolated sandbox environments for controlled experimentation

Workflow Automation Protocols

  • Streamlining repetitive operational tasks within the development cycle
  • Integrating Continuous Integration (CI) and Continuous Deployment (CD) standards
  • Practical Exercise: Engineering automated build and deployment pipelines

Microservices Architecture and Container Management

  • Foundational principles of microservices-based system design
  • Applying containerization via Docker and orchestration using Kubernetes
  • Practical Exercise: Packaging applications into containers and deploying to Kubernetes clusters

Performance Monitoring and Observability

  • Deploying tools to track application health and system stability
  • Embedding observability metrics into the development process
  • Practical Exercise: Incorporating monitoring solutions into development workflows

Security Governance and Compliance

  • Integrating security controls throughout the software lifecycle
  • Enforcing regulatory compliance through automated verification
  • Practical Exercise: Implementing security scanning and compliance checks within CI/CD pipelines

Team Collaboration and Coordination

  • Adopting best practices for inter-team cooperation using platform tools
  • Maintaining clear communication channels in platform-driven environments
  • Practical Exercise: Managing collaborative projects through centralized platform tools

Capstone Project Execution

  • Designing and building a comprehensive project based on platform engineering principles
  • Synthesizing automation, monitoring, and security frameworks
  • Conducting peer evaluation and structured feedback review

Conclusion and Future Trajectory

Requirements

  • Working knowledge of the Software Development Lifecycle (SDLC)
  • Proficiency with version control systems (e.g., Git)
  • Familiarity with foundational containerization concepts

Intended Audience

  • Software Developers
  • Development Team Members
  • DevOps Practitioners

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