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Course Outline

Overview of Platform Engineering Practices

  • Establishing the definition and scope of platform engineering
  • The contribution of platform engineering to organizational operations
  • The historical progression and development of platform engineering

Integrating Platform Engineering with Organizational Objectives

  • Analyzing key business priorities and goals
  • Converting business aims into specific technical specifications
  • Case studies: Examples of effective alignment between platform and business functions

Formation and Administration of Platform Engineering Teams

  • Structuring platform teams to maximize effectiveness
  • Recruitment and professional development of personnel
  • Cultivating an environment of cross-functional collaboration

Architectural Frameworks for Platform Development

  • Designing architectures that ensure scalability and system resilience
  • Implementation of microservices and API standards
  • Maintaining strict security protocols and regulatory compliance

Operational Standards in Platform Engineering

  • Best practices for continuous integration and deployment (CI/CD) workflows
  • System monitoring, log management, and performance optimization
  • Disaster recovery planning and high-availability strategies

Driving Innovation through Platform Engineering

  • Promoting innovative practices within platform engineering groups
  • Pilot testing and rapid prototyping methodologies
  • Adoption of emerging technological advancements

Evaluating the Success of Platform Initiatives

  • Key performance indicators (KPIs) for assessing platform engineering
  • Incorporating user feedback and data-driven analysis into decision-making
  • Ongoing improvement cycles and return on investment (ROI) evaluation

Emerging Trends and Operational Challenges

  • Forecasting the future trajectory of platform engineering
  • Preparing for significant technological transformations
  • Strategic planning for sustained long-term operational success

Project Development and Evaluation

  • Applying course concepts to practical real-world scenarios
  • Project presentations and peer review processes
  • Final assessment and constructive feedback

Concluding Summary and Recommended Actions

Requirements

  • Proficiency in fundamental software development principles
  • Practical experience with cloud computing services
  • Working knowledge of DevOps methodologies and practices

Target Audience

  • Technical managers and program leads
  • Business leaders and policy stakeholders
  • Software architects and systems designers
 21 Hours

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