Embedded C Programming
This module provides an overview of the C programming language and its use in embedded systems. It covers the basics of C syntax, data types, operators, and control flow statements.
Embedded C Tools and Development Environment
In this module, students will learn about the tools and development environment used for embedded C programming. Topics may include Integrated Development Environments (IDEs), cross-compilers, debuggers, and other software tools.
C Data Types and Variables
This module covers the different data types and variables used in C programming, including integers, floating-point numbers, characters, and strings.
Functions and Pointers
This module covers the concepts of functions and pointers, which are essential for efficient programming in C. Topics may include function prototypes, function calls, and the use of pointers to access memory.
Structures and Unions
In this module, students will learn about structures and unions, which are used to define complex data types in C. Topics may include the use of structures and unions to represent hardware registers, control structures, and other data structures.
Input/Output and Interrupt Handling
This module covers the concepts of Input/Output (I/O) and interrupt handling in embedded systems. Topics may include the use of peripheral devices such as sensors and actuators, and the handling of interrupts in real-time systems.
Memory Management
In this module, students will learn about memory management techniques in C programming, including dynamic memory allocation and deallocation.
Real-time Operating Systems (RTOS)
This module covers the basics of RTOS and its use in embedded systems. Students will learn about task management, synchronization, and communication in real-time systems.
Debugging Techniques and Tools
In this module, students will learn about different debugging techniques and tools used in embedded C programming, such as printf statements, breakpoints, and watchpoints.
Project Development
In this module, students will apply their knowledge to develop a project in embedded C programming. Topics may include project planning, requirements gathering, coding, testing, and documentation.
