The Art of Designing Embedded Systems 2e
BRAND NEW, Exactly same ISBN as listed, Please double check ISBN carefully before ordering.
Why Read This Book
You will get a pragmatic, experience-driven guide to designing reliable embedded systems that balances hardware realities with clean firmware practice. You will learn proven techniques for architecture, debugging, low‑power operation and production hardening that make projects more predictable and maintainable.
Who Will Benefit
Embedded engineers and firmware developers with some hands-on MCU experience who want practical guidance on building robust, production-quality systems and avoiding common pitfalls.
Level: Intermediate — Prerequisites: Working knowledge of C programming, basic digital electronics, and familiarity with microcontroller concepts (GPIO, interrupts, peripherals).
Key Takeaways
- Design robust firmware architectures that separate hardware, drivers, and application logic
- Debug and diagnose embedded problems using oscilloscopes, logic analyzers and systematic firmware techniques
- Implement RTOS-based and bare-metal concurrency patterns and manage interrupts safely
- Apply low-power design strategies to maximize battery life and reduce standby consumption
- Integrate hardware-software interfaces and common protocols (UART, SPI, I2C) reliably
- Plan testing, validation and production hardening to improve reliability in the field
Topics Covered
- Introduction: Principles of Good Embedded Design
- Requirements, Specifications, and Project Planning
- Hardware Fundamentals for Firmware Engineers
- Microcontroller Architectures and Choosing an MCU
- Firmware Architecture: Modules, Drivers, and Coding Style
- Interrupts, Concurrency, and Synchronization
- Real-Time Systems and RTOS Integration
- Debugging Techniques, Tools, and Failure Analysis
- Low-Power Design and Energy Management
- Communications, Protocols, and Peripheral Integration
- Boot, Startup, and Field Upgrades
- Testing, Validation, and Production Considerations
- Case Studies, War Stories, and Best Practices
Languages, Platforms & Tools
How It Compares
More anecdotal and design-focused than Valvano's Cortex-M hands‑on textbooks and broader in production/readiness coverage than Elecia White's Making Embedded Systems; Ganssle emphasizes reliability and pragmatic engineering judgment.
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