Objective: This course introduces students to embedded systems programming using C, a language essential for developing efficient, low-level code for hardware interaction. Students will learn the fundamentals of C programming for embedded systems, covering memory management, peripheral interfacing, and real-time system requirements.
Methods: Hands-on exercises, simulations, and project-based learning, emphasizing practical skills for developing embedded applications.
Skills Gained:
The modules listed below are those currently intended for delivery in the current academic intake of this course. These may be subject to change in future years as the University regularly revises.
Topics: Setting up an IDE, introduction to embedded C, understanding microcontrollers, pointers, reading and writing to pins, counters.
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Topics: Understanding and implementing interrupts, creating ISRs for real-time responses, Interfacing with ADC, I2C protocols, optimizing memory usage.
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Topics: Introduction to RTOS concepts, task scheduling, and inter-task communication, controlling motors, simulation, real-time requirements.
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By the end of this course, students will be able to:
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Detailed study for foundational learning and development in coding.
Virtual labs, simulations, and real-world case studies.
Live teaching from experienced professionals in the field.
Foundation for advanced studies and careers in coding.
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