Debugging and Optimization for Embedded Systems
( 30 Modules )

Module #1
Introduction to Debugging
Overview of debugging concepts, importance of debugging in embedded systems, and common debugging tools

Module #2
Debugging Fundamentals
Understanding debugging techniques, error types, and debugging methodologies

Module #3
Debugging Tools for Embedded Systems
Overview of popular debugging tools for embedded systems, including oscilloscopes, logic analyzers, and debuggers

Module #4
Print Statement Debugging
Using print statements for debugging, benefits, and limitations

Module #5
Assert Statements and Error Handling
Using assert statements for debugging, and best practices for error handling in embedded systems

Module #6
Debugging Techniques for Microcontrollers
Specific debugging techniques for popular microcontrollers, including Arduino, Raspberry Pi, and STM32

Module #7
Using Debuggers for Embedded Systems
Configuring and using debuggers, including GDB, IAR, and Keil

Module #8
Debugging Multi-Threaded and Multi-Core Systems
Challenges and techniques for debugging multi-threaded and multi-core embedded systems

Module #9
Debugging Real-Time Systems
Specific challenges and techniques for debugging real-time embedded systems

Module #10
Optimization Fundamentals
Understanding optimization concepts, importance of optimization in embedded systems, and optimization goals

Module #11
Performance Optimization Techniques
Introduction to performance optimization techniques, including code optimization, data alignment, and cache optimization

Module #12
Power Optimization Techniques
Introduction to power optimization techniques, including power gating, dynamic voltage and frequency scaling, and low-power modes

Module #13
Memory Optimization Techniques
Introduction to memory optimization techniques, including data compression, memory allocation, and memory mapping

Module #14
Cache Optimization Techniques
Understanding cache architecture and optimization techniques, including cache-friendly data structures and cache prefetching

Module #15
Profile-Guided Optimization
Using profiling tools to identify performance bottlenecks and optimize code accordingly

Module #16
Optimizing for Specific Microcontrollers
Optimization techniques for popular microcontrollers, including ARM, x86, and PIC

Module #17
Measuring and Analyzing System Performance
Using performance measurement tools, including benchmarking, profiling, and tracing

Module #18
Case Studies in Debugging and Optimization
Real-world examples of debugging and optimization in embedded systems

Module #19
Debugging and Optimization for Real-Time Operating Systems
Specific challenges and techniques for debugging and optimizing real-time operating systems

Module #20
Debugging and Optimization for Safety-Critical Systems
Specific challenges and techniques for debugging and optimizing safety-critical embedded systems

Module #21
Continuous Integration and Testing
Using automated testing and continuous integration for debugging and optimization

Module #22
Collaborative Debugging and Optimization
Best practices for collaborative debugging and optimization in team environments

Module #23
Debugging and Optimization for IoT Devices
Specific challenges and techniques for debugging and optimizing IoT devices

Module #24
Debugging and Optimization for Automotive Systems
Specific challenges and techniques for debugging and optimizing automotive embedded systems

Module #25
Debugging and Optimization for Medical Devices
Specific challenges and techniques for debugging and optimizing medical embedded systems

Module #26
Best Practices for Debugging and Optimization
General best practices and guidelines for debugging and optimization in embedded systems

Module #27
Common Pitfalls and Mistakes
Common mistakes and pitfalls to avoid during debugging and optimization

Module #28
Advanced Debugging and Optimization Techniques
Advanced techniques for debugging and optimization, including hardware-based debugging and optimization

Module #29
Future Trends and Directions in Debugging and Optimization
Emerging trends and directions in debugging and optimization for embedded systems

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Debugging and Optimization for Embedded Systems career

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Debugging and Optimization for Embedded Systems ( 30 Modules )

Debugging and Optimization for Embedded Systems
( 30 Modules )