Embedded Systems Programming with C/C++

Overview

This Embedded Systems Programming course introduces students to the fundamentals of programming microcontrollers using C/C++. Key topics include Embedded C/C++ basics, bit manipulation for hardware control, and managing interrupts for real-time responsiveness. The course also covers essential code optimization techniques to ensure efficient, reliable software performance on resource-constrained devices. Ideal for those looking to build a strong foundation in embedded systems development.

Syllabus

Introduction to Embedded C/C++ Programming

Explore embedded systems focusing on memory types, data structures importance, OOP principles, and their integration into system design.

Bit Manipulation and Operations

This lesson equips you with the power of bit manipulation, letting you control hardware directly by manipulating individual bits within data.

Interrupts

Explore Interrupts: ISR functions, types, priorities, Vector Table, nesting, enabling/disabling, with exercises on IVT configurations and handling.

Code Optimization

This lesson equips you with the power to optimize code for performance, memory usage, and power efficiency in embedded systems, ensuring responsive and resource-efficient applications.

Alarm Clock

In this project, students will design and implement a real-time embedded system, integrating sensor data processing, interrupt handling, and efficient bit manipulation.