Project Introduction: Modern Embedded Systems Programming Course
Overview
The "Modern Embedded Systems Programming" course offers a comprehensive introduction to programming embedded microcontrollers using contemporary methods. It's designed for learners who are keen on not just understanding how things work on a surface level but getting a glimpse into the intricate details at a machine level. It provides hands-on, structured, and in-depth learning at absolutely no cost, making it an ideal choice for anyone wishing to delve into the world of embedded programming.
Course Relevance
This course started back in 2013, and the question of its relevance today is a valid one. However, the course remains highly pertinent due to its focus on fundamental concepts and its emphasis on the ARM Cortex-M architecture:
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Fundamental Concepts: The course thoroughly explores essential aspects such as binary representations, variables, arrays, interfacing with hardware, interrupts, and state machines. These core concepts form the backbone of embedded programming and ensure longevity in the ever-evolving tech landscape.
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ARM Cortex-M Architecture: This architecture has become the leader in the embedded microcontroller market. Skills in ARM Cortex-M are crucial and highly sought after by employers.
Instructor
The course is taught by Miro Samek, a seasoned embedded software expert with over three decades of experience. Known for his passion for teaching, Miro Samek not only imparts knowledge through this course but also through his books, articles, and conference talks, thereby equipping many developers with the skills needed for challenging job interviews and career progression.
Prerequisites
While the course begins with basics, it assumes some familiarity with the C programming language and the functioning of a CPU. It is also hands-on, thus participants are encouraged to use an embedded board along with relevant software to truly engage with the course material.
Recommended Hardware
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TivaC LaunchPad (EK-TM4C123GXL): Based on the ARM Cortex-M4F microcontroller from Texas Instruments, this board is affordable and comes with built-in debugging tools.
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STM32 NUCLEO-C031C6: Featuring the ARM Cortex-M0+ MCU, this board is noted for its versatility and is used in some course projects.
Recommended Software
To build and execute projects, various professional embedded toolsets are recommended:
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IAR EWARM: Used in initial lessons, although free licenses are now limited.
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KEIL MDK: Offers more permissive licensing, ideal for comprehensive course coverage.
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TI CCS: Demonstrated in select lessons, utilizing the GNU-ARM compiler and linker.
Course Projects
The course repository provides downloadable projects for various toolsets and embedded boards, enabling learners to practice and hone their skills with real examples.
Regular Updates
The course content, especially for KEIL uVision, has been updated to stay current with newer compiler versions, ensuring learners have access to the latest resources.
Community and Resources
Discussion and engagement are encouraged via YouTube comments, with ample resources available through the course's companion webpage. Learners can find additional support materials such as datasheets and troubleshooting guides to facilitate their learning journey.
Supporting the Project
Enthusiasts and supporters of the course can help by subscribing to the Quantum Leaps YouTube channel, sharing appealing videos with the embedded programming community, and starring the GitHub repository to increase its visibility.
This well-rounded approach provides students not only with theoretical knowledge but also with practical skill sets necessary for a successful embedded programming career.