Advanced Embedded Systems on Arm
About this course
The course delves into advanced embedded‑system concepts built around Arm architecture, covering real‑world application scenarios, low‑level programming techniques, and system‑design trade‑offs. Learners work with hardware‑software co‑design, performance tuning, and debugging strategies that reflect professional practice in the field. It assumes familiarity with basic embedded development and a working knowledge of C or similar languages. The material is organized into weekly modules that combine video lectures, hands‑on labs, and project assignments, culminating in a portfolio‑ready firmware prototype.
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What you'll learn
- Design and implement firmware for Arm‑based devices
- Apply performance‑optimization techniques for real‑time embedded systems
- Develop and debug low‑level code using C and assembly
- Integrate hardware and software components in a system‑on‑chip context
- Evaluate real‑world embedded applications for reliability and efficiency
Course objectives
- Explore advanced Arm architecture features and instruction sets
- Practice embedded programming patterns and device‑driver development
- Analyze system design considerations such as power, latency, and concurrency
- Create a functional embedded project that demonstrates end‑to‑end development
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