Advanced Data Structures and Peripheral Integration for Microcontrollers
Optimize microcontroller firmware with memory-aware structures and peripherals
Created by Israel Gbati
Explore advanced data structures tailored for microcontroller firmware and see how they connect with real-world peripherals like DMA, UART, ADC, and GPIO. Build practical skills for optimizing memory use and designing reliable, scalable embedded systems. Gain hands-on experience linking structures to actual firmware challenges.
Packt | Jun 2026 | 585 min
What You Will Learn
You will start by reviewing microcontroller memory organization and allocation. Each section introduces a data structure, then connects it to a real embedded use case. Through hands-on projects, you will integrate these structures with peripherals and see how they solve common firmware problems.
Key Features
- Design and implement memory-aware data structures for embedded systems
- Integrate queues, lists, and pools with peripherals such as DMA, UART, and ADC
- Apply bit-level techniques to optimize GPIO configuration and event handling
Target Audience
Ideal for firmware engineers, embedded software developers, and microcontroller programmers who already work with C and want to deepen their toolkit. If you need practical strategies for managing data and peripherals in memory-constrained environments, this course will help you build efficient, production-ready solutions.
