This category focuses on embedded systems engineering, covering both low-level firmware and embedded hardware fundamentals used in real-world products.
You’ll find practical explanations and hands-on insights into topics such as:
Low-level firmware development (bare-metal and RTOS)
Microcontroller architecture and memory mapping
Embedded C programming and optimization
Hardware–software interaction
Communication protocols like UART, I²C, SPI, and other serial interfaces
Debugging techniques for embedded hardware and firmware
Basics of IoT communication protocols and device integration
The content here is based on real engineering experience, focusing on how things work at the register and signal level—not just theory.
Whether you’re starting out in embedded systems or refining your skills as a firmware engineer, this category aims to provide clear, practical, and reliable knowledge you can apply directly to your projects
Introduction Embedded Systems and IoT solutions rely heavily on sensors to interact with the physical world. A sensor is an electronic device that detects physical, chemical, or biological changes and…
Diving into Embedded Software Development: A Beginner’s Guide Embedded software development is the foundation of modern electronics. From smartphones and smart TVs to automobiles, medical devices, and industrial automation, embedded…
Welcome to My BlogWelcome to my blog! Here, I share valuable insights, tutorials, and fascinating project stories from the realms of embedded software and firmware engineering. If you have a…