Embedded Systems Engineering: Microcontrollers and C Programming

Ever wondered how the smart devices around us—from medical equipment to automotive control units—actually work under the hood? Transitioning from high-level software to the hardware-software boundary requires a unique set of skills that bridges code with physical electronics. This comprehensive written course guides you from absolute basics to writing robust firmware for microcontrollers. You will understand how to write efficient C code, interact directly with hardware registers, manage power consumption, and structure real-time applications. What you'll learn: - Understand the fundamental architecture of microcontrollers, memory mapping, and registers. - Write clean, hardware-efficient C code utilizing modern standards and safe coding practices. - Configure and control essential peripherals including GPIO, timers, and analog-to-digital converters (ADC). - Implement standard communication protocols such as UART, SPI, and I2C to interface with external sensors. - Develop multitasking applications using Real-Time Operating System (FreeRTOS) fundamentals. - Apply debugging techniques using registers analysis, interrupt handling, and structured testing methodologies. The course starts with foundational electronics and microcontroller architecture before moving into C programming specifically tailored for hardware. You will then progress from simple peripheral control to advanced topics like interrupt handling, communication protocols, and real-time scheduling. This course is designed for aspiring embedded developers, software engineers transitioning to hardware, and technology enthusiasts with no prior microcontroller experience. Start your journey into the world of embedded systems development today.