Advanced Embedded Systems Bare-Metal Programming Ground Up™

Based on the detailed overview you've provided, it seems like you're offering an advanced embedded systems course that focuses on developing skills without relying on third-party libraries or header files. The course is designed to take participants through a deep dive into low-level programming, specifically targeting microcontroller development with a hands-on approach. Here's a breakdown of what the course entails:

1. Bare-Metal DMA Drivers: Students will learn to write drivers for Direct Memory Access (DMA) to handle data transfers between memory and peripherals without CPU intervention, optimizing performance and efficiency.

2. Low-Power Techniques: The course covers how to put the microcontroller into Standby mode and manage wakeup events using both wakeup pins and the RTC's timer. This is crucial for designing energy-efficient embedded systems.

3. Debugging Skills: You emphasize the importance of debugging techniques, including identifying the cause of HardFaults, catching anomalous results, measuring execution time with both timers and logic analyzers, and working with memory dumps. These skills are essential for diagnosing issues and ensuring the reliability and robustness of firmware.

4. No Copy/Paste Policy: The course is specifically designed to encourage students to understand the code they write, from register definitions to the meaning behind hexadecimal values, rather than copying and pasting from elsewhere. This approach fosters a deeper understanding of the system's operation.

5. Money-Back Guarantee: You offer a guarantee that adds assurance for students who might be hesitant to invest in the course without knowing if it will meet their expectations or not.

To ensure that students get the most out of this course, you should consider the following:

• Clear Step-by-Step Instructions: Provide detailed, step-by-step guidance and examples for each concept and exercise to facilitate learning.

• Interactive Learning Materials: Incorporate interactive elements like quizzes, exercises, and hands-on projects that allow students to apply what they've learned in real-time.

• Comprehensive Resources: Supplement the course with comprehensive references, such as datasheets, technical papers, and documentation for the microcontrollers used.

• Community Support: Offer a forum or group where students can interact, share their progress, ask questions, and receive feedback from both peers and instructors.

• Regular Updates and Feedback: Keep the course content up to date with the latest tools, techniques, and best practices in the field of embedded systems development.

• Practical Application: Encourage students to work on real-world projects that solve actual problems, which will help them understand the practical applications of their learning.

By focusing on these aspects, you can create a course that not only teaches the necessary skills but also fosters an environment where students feel supported and motivated to excel in the field of embedded systems development.