Cloud Private

Design and Implement Platform Engineering (AZ-2010)

8 hours
DevOpsAzure

Learn to design and implement secure, scalable Azure platform engineering solutions that improve developer productivity, observability, and innovation.

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  • Private class for your team
  • Live expert instructor
  • Online or on‑location
  • Customizable agenda
  • Proposal responses same day as request
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Course Overview

This course provides a practical guide to designing and implementing platform engineering in modern enterprises. Learn how to align platform strategy with business goals and build secure, scalable, resilient platforms that support developer self-service.

The course also addresses observability, continuous improvement, strategic road mapping, Microsoft Dev Box, Azure Monitor, and infrastructure implementation with Bicep. It is designed for software engineers, DevOps practitioners, IT architects, platform engineers, technical leaders, and security and compliance professionals.

Course Benefits

  • Explain the role, principles, and capability model of platform engineering.
  • Design secure, scalable, resilient platform architectures.
  • Implement governed developer self-service workflows and coding environments.
  • Use Microsoft Dev Box to support developer self-service.
  • Build observability into platforms with metrics, alerts, automation, feedback loops, and Azure Monitor.
  • Develop and communicate a strategic platform roadmap that addresses scalability, innovation, and risk.
  • Implement self-service infrastructure with Bicep.

Delivery Methods

Private Class
Delivered for your team at your site or online.

Microsoft Certified Partner

Webucator is a Microsoft Certified Partner. This class uses official Microsoft courseware and will be delivered by a Microsoft Certified Trainer (MCT).

Microsoft Certified Partner

Course Outline

  1. Foundations of Platform Engineering
    1. The Role of Platform Engineering in Modern Enterprises
    2. Core Principles of Platform Design
    3. Platform Engineering Capability Model
    4. Core Aspects of Platform Implementation
    5. Module Assessment
  2. Design Secure and Scalable Platform Architectures
    1. Core Principles of Secure and Scalable Platform Design
    2. Security Considerations in Platform Architecture
    3. Scale Platform Architectures for Growth and Adaptability
    4. Automation and Resiliency for Modern Platforms
    5. Module Assessment
  3. Implement Developer Self-Service
    1. Developer Self-Service Platform Architecture
    2. Governance and Security in Self-Service Workflows
    3. Developer Coding Environments
    4. Automation and Self-Service Tools
    5. Monitor and Audit Developer Activities
    6. Implement Microsoft Dev Box
    7. Module Assessment
  4. Observability and Continuous Improvement
    1. The Importance of Observability in Modern Platforms
    2. Build Observability into Platform Architecture
    3. Metrics, Monitoring, and Alerts
    4. Automation for Incident Detection and Resolution
    5. Continuous Improvement through Feedback Loops
    6. Implement Real-Time Monitoring with Azure Monitor
    7. Module Assessment
  5. Strategic Platform Road Mapping
    1. Understand the Strategic Importance of Platform Engineering
    2. Develop a Scalable Platform Architecture
    3. Future-Proof the Platform
    4. Continuous Improvement and Innovation Management
    5. Roadmap Development and Execution
    6. Risk Management in Platform Engineering
    7. Communicate the Roadmap to Stakeholders
    8. Implement Self-Service Infrastructure with Bicep
    9. Module Assessment

Class Materials

Each student receives a comprehensive set of materials, including course notes and all class examples.

Class Prerequisites

Experience in the following is required for this DevOps class:

To succeed in this course, learners should have:

  • Knowledge of cloud computing concepts, including PaaS, SaaS, and IaaS implementations.
  • Proven expertise in either Azure administration or Azure development.
  • Intermediate to advanced knowledge of DevOps concepts, including version control, Agile software development, and core software development principles.

Experience in the following would be useful for this DevOps class:

  • Experience working in an organization that delivers software.

Have questions about this course?

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