Course Overview
This practical two-day course helps experienced software developers transition into embedded systems development. Designed for web developers, enterprise programmers, and cloud engineers moving to edge computing, you’ll learn the fundamental differences in embedded development, understand hardware constraints, master new debugging techniques, and adapt your existing skills to resource-constrained environments.
The transition from cloud to edge computing requires a significant mindset shift. While your programming skills transfer well, embedded development introduces new challenges: direct hardware interaction, severe resource constraints, real-time requirements, and debugging without the luxury of print statements or stack traces. You’ll also encounter domains like IoT connectivity and safety-critical systems where bugs can have physical consequences, supply chain complexities where component availability impacts your design choices, and fault tolerance requirements that go beyond simple error handling. This course bridges that gap, leveraging your existing software expertise while teaching you the unique aspects of embedded systems through hands-on exercises with real development boards.
Learning Objectives
- Understand key differences between embedded and traditional development
- Master hardware fundamentals: microcontrollers, memory, and peripherals
- Learn embedded debugging techniques and fault tolerance strategies
- Navigate supply chain and BOM cost/availability considerations
- Implement safety-critical and IoT design patterns
- Work confidently with embedded toolchains and real-time systems
- Apply modern software practices to resource-constrained environments
Topics Covered
- Embedded Paradigm Shift - From cloud to edge, safety-critical thinking
- Hardware Fundamentals - Microcontrollers, peripherals, and supply chain realities
- Development Environment - Toolchains, debugging, and hardware tools
- Embedded C Programming - Low-level techniques and fault tolerance
- Real-Time & IoT Systems - Interrupts, timing, and connectivity
- Common Interfaces - GPIO, UART, SPI, I2C, and wireless protocols
- Software Patterns - Common embedded patterns and architectures
- Modern Practices - Testing, CI/CD, and BOM management
What You Get
- Hands-on practice with real embedded development boards
- Practical exercises transitioning cloud patterns to embedded
- Debugging demonstrations with hardware tools and techniques
- Code examples and templates for common embedded patterns
- Best practices guide for embedded development
- Certificate of completion