Course Overview
Embedded software architecture is the foundation of reliable, maintainable, and scalable embedded systems.
Many developers struggle with monolithic designs, tangled dependencies, and technical debt that impede innovation and system evolution.
This masterclass provides a practical, hands-on deep dive into embedded software architecture, equipping engineers with the skills, patterns, and decision-making frameworks needed to build modern, modular, and resilient embedded systems.
Through real-world case studies and guided exercises, you’ll learn how to apply industry-proven architectural practices such as Architecture Decision Records (ADRs), the C4 Model, and data-centric design, enabling you to structure embedded software for flexibility, testability, and long-term maintainability.
By the end of this course, you’ll have the confidence to design embedded architectures that scale—whether for IoT, industrial automation, robotics, or safety-critical applications.
Essential Topics Covered
- Architectural design principles and characteristics
- Design patterns for bare-metal and RTOS-based systems
- Architecture diagrams: context, container, component, and class (C4 Model)
- Data-centric versus control-centric architectures
- Architectural patterns: unitary, client/server, monolithic, microkernels, service-based, event-driven, orchestration, and microservices
Take control of your embedded software architecture and build systems that are modular, testable, and built to last.
Enroll Now — $295Workshop Curriculum
The workshop includes 5 hands-on sessions. Click each session to see full details.
Session 1: Architectural Principles and Characteristics
Establish a solid foundation in embedded software architecture by exploring key definitions, quality attributes, and design principles. You’ll learn what distinguishes good architecture from bad and how to evaluate architectural trade-offs.
Topics Covered
- Architecture definitions and misconceptions
- Quality attributes and architectural characteristics
- Core design principles for embedded systems
- Evaluating architectural trade-offs
Session 2: The C4 Model and Architecture Decision Records
Learn how to visually communicate your architecture using the C4 Model and document key decisions with Architecture Decision Records (ADRs). These techniques ensure your team stays aligned and your architecture remains traceable over time.
Topics Covered
- C4 Model overview: context, container, component, and class diagrams
- Creating effective architecture diagrams for embedded systems
- Architecture Decision Records (ADRs) and their role in traceability
- Tooling and templates for C4 and ADRs
Session 3: Design Patterns for Embedded Systems
Explore proven design patterns that solve common problems in embedded software. You’ll learn patterns applicable to both bare-metal and RTOS-based systems, giving you a toolkit for building modular, reusable software.
Topics Covered
- Design patterns for bare-metal systems
- Design patterns for RTOS-based systems
- State machine patterns and observer patterns
- Hardware abstraction and dependency injection
- When and how to apply each pattern
Session 4: Data-Centric and Control-Centric Architectures
Understand the fundamental difference between data-centric and control-centric architectures and when each approach is most effective. You’ll learn how data flow and control flow shape your system’s structure and behavior.
Topics Covered
- Data-centric architecture principles and use cases
- Control-centric architecture principles and use cases
- Data flow analysis and modeling
- Choosing the right approach for your application
Session 5: Advanced Architectural Patterns
Dive into advanced architectural patterns used in modern embedded systems, from microkernels to event-driven and service-based architectures. You’ll learn how these patterns apply to IoT, industrial, and safety-critical systems.
Topics Covered
- Microkernel and monolithic architectures
- Service-based and event-driven architectures
- Orchestration patterns for complex systems
- Microservices in embedded and IoT contexts
- Selecting the right pattern for your project
Stop fighting technical debt and start building embedded architectures that are modular, scalable, and maintainable from day one.
Enroll Now — $295Ready to get started?
Enroll Now — $295Or get access to all courses with the Embedded Software Academy — $295/yr
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