TDD and Embedded System Course Overview

Certainly! The Firmware Development for Embedded Systems Using C course is designed to impart practical skills and knowledge for developing firmware for embedded devices. To ensure students can fully grasp the concepts and engage with the course material effectively, the following minimum prerequisites are recommended:

• Basic understanding of electronics and computer architecture: Familiarity with concepts like microcontrollers, peripherals, and memory.
• Fundamental knowledge of the C programming language: Ability to write and comprehend basic C code, including familiarity with functions, loops, and data structures.
• Experience with any development environment or IDE: Comfort with using an Integrated Development Environment (IDE) for writing, compiling, and debugging code.
• Familiarity with binary and hexadecimal number systems: An understanding of how data is represented in different numerical systems.
• Basic problem-solving skills: Ability to think logically and solve simple computational problems.
• A willingness to learn: While prior experience is helpful, enthusiasm and a commitment to actively engage with the course material are essential. While previous experience in embedded systems is beneficial, it is not a strict requirement. This course is structured to guide learners through the fundamentals of firmware development, building on their previous knowledge and experience in a supportive learning environment.

Target Audience for Firmware Development for Embedded Systems Using C

Introduction: This course offers practical skills in designing firmware for embedded systems using C, ideal for enthusiasts and professionals in the tech sector. Target Audience:

• Embedded Software Engineers
• Firmware Developers
• Electrical Engineers with a Focus on Embedded Systems
• Computer Engineers entering the embedded field
• Systems Programmers looking to expand into hardware-level development
• IoT Developers requiring firmware programming skills
• Graduates in Electronics and Computer Science
• Technical Hobbyists seeking to professionalize their skill set
• Professionals in automotive, telecommunication, and consumer electronics
• Research and Development Engineers in embedded systems
• Technical Managers overseeing embedded system projects
• Professional transitioning from high-level programming to embedded systems

Learning Objectives - What you will Learn in this Firmware Development for Embedded Systems Using C?

1. Explore firmware development fundamentals for embedded systems with hands-on experience in C programming, microcontrollers, and real-time operating system concepts.
2. Learning Objectives and Outcomes:

• Understand the fundamental concepts and components of firmware for embedded systems.
• Gain knowledge of the 8051 Microcontroller architecture and its applications in embedded systems.
• Learn how to write basic firmware code to interact with hardware in 'Hello, Embedded World.'
• Develop skills in reading and debouncing switches using C and understanding their implementation in an embedded environment.
• Apply structured programming techniques to enhance code readability, maintainability, and reuse in embedded systems firmware.
• Learn to design and implement firmware that meets real-time constraints and understand the challenges involved.
• Create a simple embedded operating system, focusing on task scheduling and resource management.
• Design and manage multi-state systems and function sequences for sophisticated embedded applications.
• Gain proficiency in implementing serial communication protocols and interfacing with peripheral devices.
• Put theory into practice with a case study on designing a firmware-driven Intruder Alarm System, consolidating learned concepts into a real-world example.