Course Overview
This intensive three-day course teaches C programming from the ground up with a specific focus on embedded systems. Whether you’re new to programming or coming from high-level languages, you’ll learn how C works at the hardware level and why it’s the dominant language for embedded development. Through hands-on exercises on real hardware, you’ll master the techniques needed for efficient, reliable embedded code.
Unlike generic C programming courses, this training focuses exclusively on embedded applications, and takes pains to taransport this 1960s language to the 2020s. You’ll learn not just the syntax, but the “why” behind embedded C practices: why we avoid dynamic memory, how to write code that compiles to efficient assembly, and techniques for direct hardware control. By programming actual microcontrollers, you’ll experience the immediate connection between your C code and hardware behavior, building the deep understanding needed for professional embedded development.
Learning Objectives
- Master modern C fundamentals with embedded systems focus
- Work confidently with pointers and memory management
- Perform bit manipulation for hardware control effectively
- Write interrupt handlers and manage real-time events
- Apply embedded-specific keywords (volatile, const, static) correctly
- Implement common embedded patterns and data structures
- Debug and optimize C code for resource-constrained targets
Topics Covered
- C Fundamentals - Syntax, data types, and embedded compilation
- Memory and Pointers - Understanding memory layout and pointer operations
- Bit Manipulation - Bitwise operations for hardware control
- Structures and Unions - Data organization and register mapping
- Embedded Keywords - Volatile, const, static usage and pitfalls
- Interrupt Programming - Handlers, shared data, and timing
- Common Patterns - Embedded design patterns and algorithms
- Debugging and Optimization - Tools and techniques for embedded targets
What You Get
- Three days of hands-on programming with real microcontrollers
- Complete C language coverage focused on embedded applications
- Hardware interfacing exercises and debugging practice
- Code templates and common embedded patterns library
- Best practices guide for embedded C development
- Certificate of completion