C Programming of Embedded Systems

• Introduction to Embedded Systems
  
  • Definition and characteristics of embedded systems
  • Applications and examples of embedded systems
  
  
• Embedded System Architecture
  
  • Overview of hardware components (microcontrollers, microprocessors, memory, peripherals)
  • Introduction to software components (operating systems, device drivers)
  
  
• Introduction to C Programming for Embedded Systems
  
  • Basics of the C programming language
  • Data types, variables, and operators
  • Control structures (if-else, loops)
  • Functions and pointers
  
  
• Version Control for Embedded Systems
  
  • Introduction to version control systems (e.g., Git)
  • Setting up a repository
  • Branching and merging
  • Collaborative development with version control
  
  
• Hands-on Exercises
  
  • Writing simple C programs for embedded systems
  • Managing code using version control
  
  
• Embedded Systems Programming Basics
  
  • Overview of embedded programming languages
  • Key concepts in embedded systems programming
  • Real-time constraints and considerations
  
  
• Embedded C Programming
  
  • Memory management and allocation
  • Bit manipulation and bitwise operations
  • Interrupt handling and event-driven programming
  • Accessing hardware peripherals
  
  
• Integrated Development Environments (IDEs) for Embedded Systems
  
  • Introduction to popular IDEs (e.g., Eclipse, Keil, IAR Embedded Workbench)
  • Setting up projects and configurations
  • Debugging and code analysis features
  
  
• Hands-on Exercises
  
  • Implementing embedded C programs with real-time constraints
  • Collaborative development using version control
  • Working with IDEs for embedded development
  
  
• Embedded Software Development Tools and Environments
  
  • Cross-compilation and toolchains for embedded systems
  • Flashing and debugging tools (e.g., JTAG, OpenOCD)
  • Hardware emulators and simulators
  
  
• Embedded Software Testing and Verification
  
  • Testing methodologies for embedded systems
  • Unit testing frameworks (e.g., Unity, CppUTest)
  • Integration testing and system testing
  • Static code analysis and debugging techniques
  
  
• Best Practices for Embedded Systems Development
  • Code optimization and efficiency techniques
  • Power management and optimization strategies
  • Security considerations in embedded systems
  
  
• Hands-on Exercises
  
  • Debugging and testing embedded software
  • Applying best practices in embedded systems development
  • Working with testing tools and performing test cases
  • Exploring optimization techniques and power management
  
  

The Programming of Embedded Systems course is designed for individuals who have an interest in or a need to work with embedded systems. It is suitable for a range of participants, including:

• Software Engineers: Those already working in the software development field who wish to expand their knowledge and skills to include embedded systems programming.
• Electrical and Electronics Engineers: Professionals with a background in electrical and electronics engineering who want to gain expertise in programming embedded systems.
• Computer Science Students: Students pursuing a degree in computer science or a related field who want to specialize in embedded systems development.
• Hobbyists and DIY Enthusiasts: Individuals who have a passion for tinkering with electronic devices and want to learn how to program and control embedded systems.
• Professionals in the IoT Industry: Individuals working in the Internet of Things (IoT) industry who need to develop software for embedded devices.
• Hardware Engineers: Engineers involved in hardware design and development who want to enhance their understanding of the software side of embedded systems.
• Technical Managers: Managers who oversee teams working on embedded systems projects and need a solid understanding of the programming aspects.