Bluetooth Low Energy for Embedded Systems

Ready to add low-power wireless communication to your electronics projects? This course provides a practical, text-based introduction to building devices with Bluetooth Low Energy (BLE), the standard for connected gadgets. You will gain the skills to design and implement your own BLE firmware. We'll demystify the protocol stack, teaching you how to create custom services and characteristics to transmit sensor data, control peripherals, and build interactive embedded systems that can communicate with smartphones and other devices. What you'll learn: - Understand the core concepts of the BLE protocol, including GAP, GATT, services, and characteristics. - Practice writing firmware to configure a microcontroller as a BLE peripheral device on an STM32 platform. - Design and implement custom GATT services and characteristics for your specific application needs. - Learn the fundamentals of BLE security, including pairing, bonding, and securing data transmission. - Apply best practices for low-power design to maximize battery life in your BLE devices. - Explore common techniques for testing and debugging BLE communications using standard tools. The course begins with a clear breakdown of BLE theory and architecture, then progresses to hands-on exercises where you'll apply these concepts to build functional firmware step-by-step. This course is designed for beginners. No prior experience with Bluetooth Low Energy is required, though a basic familiarity with C programming and microcontrollers will be beneficial. Start learning today and begin building your own custom BLE-enabled devices.