Embedded C Programming provides a practical introduction to programming microcontrollers and developing software for embedded systems. Designed for beginners, this course builds a clear understanding of how C programming is applied to hardware-focused projects, using the 8051 microcontroller family as a foundation for learning essential embedded development concepts.

The course begins by exploring the fundamentals of embedded C, including processor selection, programming language choices, operating system considerations and the typical embedded software development process. Learners then examine the architecture of the 8051 microcontroller, covering external interfaces, clock frequency, memory organisation, 8-bit processing, 16-bit addressing, interrupt handling and power consumption.

As the course progresses, learners move from theory into practical programming. They will explore how to write and structure an embedded C program, create bit variables, read switch inputs and control individual bits. The course also introduces techniques for organising larger codebases through header files and structured programming approaches, helping learners develop cleaner and more manageable embedded software.

Real-time behaviour is another important area of study. Learners will discover how hardware timers work, how timer registers are used and how to implement hardware timeouts. The course then introduces the principles behind a simple embedded operating system, including kernel concepts, task scheduling, task control and alternative system architectures.

Further topics include multi-state system design, traffic light sequencing, asynchronous serial communication, baud rates, UART and RS-232 communication. A practical intruder alarm case study demonstrates how multiple concepts can be brought together within a realistic embedded system application. The final lessons introduce advanced directions and time-triggered embedded system design patterns, providing a foundation for continued learning.

By completing this course, learners can develop a stronger understanding of the relationship between software and microcontroller hardware while building practical skills relevant to embedded systems development. Students also receive access to 5-star rated support available 24/7 through email whenever assistance is needed. Upon successful completion, learners will receive a free course completion certificate. Multiple premium certificate and transcript options are also available for purchase for those who wish to obtain additional documentation.