Overview
Explore the world of embedded systems with the "Embedded Systems Essentials with Arm: Getting They Started" course offered by edX. Embedded systems form the backbone of our increasingly connected world, found in everything from mobile and wearable devices to transformative AI and 5G-powered IoT applications. This introductory course provides you with essential knowledge and skills to prototype and build real-world embedded applications using Arm-based technologies, the industry standard.
Throughout the course, you'll have access to an Mbed simulator, allowing you to apply what you learn immediately—no need for additional hardware. Starting with the basics, you will understand the characteristics, components, and operational constraints of embedded systems. Learn about the cost-performance trade-offs and why Arm architecture is especially suited for IoT applications.
Dive into interactive labs designed to cover technical fundamentals, fostering skills that are in high demand for aspiring embedded systems engineers. You will explore digital and analog I/O, interrupts, low power features, timer, and pulse width modulation. Practical programming exercises include creating an audio wave generator and audio player and controlling various peripherals.
By the end of this course, which spans six modules, you will gain a comprehensive overview of embedded systems, the features of Arm-based microcontroller architecture, and their programming models. With a focus on practical skills and foundational knowledge, the course equips you with everything needed to jump-start your career in IoT and embedded systems.
The possibilities for future IoT developments are vast, and skilled engineers and developers are crucial to bringing these technologies to life. Embrace the opportunity to be at the forefront of designing the next generation of intelligent, connected devices. Enroll now in "Embedded Systems Essentials with Arm: Getting Started" and open the door to the world of IoT and beyond.
Categories: Embedded Systems Courses.
Syllabus
Taught by
Khaled Benkrid, Shuojin Hang, Mark Allen and Tim Wilmshurst
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