ARM Cortex-M : Modular Embedded Systems Design (FREE!)

🚀 Course Title: ARM Cortex-M: Modular Embedded Systems Design (FREE!)

🎉 Course Headline: Build an Autonomous Robot from Scratch with ARM Cortex-M, Assembly, & Bare Metal Embedded C!

Dive into the World of Embedded Systems with a System's Approach! 🧑‍⚖️✨

Note: This course is a treasure trove with over 8 hours of content, yet it's incomplete. Fear not! You'll have access to all the complete video lessons on embedded-c for bare metal development, embedded-c modular design, an assembly programming primer, and building peripheral drivers in assembly language. Plus, you'll get the full source code for the robot project as a bonus!

What You'll Learn:

**🛠️ Hands-On Learning: **

• Code Mastery: Professionally code, test, and debug embedded software systems in bare metal embedded-c and assembly.
• Robotics & Autonomy: Design, build, and program an obstacle avoidance robot from scratch.
• Assembly Expertise: Write drivers and API's using pure assembly language.
• Embedded-C Skills: Develop drivers and API's in embedded-c.
• Mechatronics Creation: Construct a complete mechatronic system ground up.
• Sensor & Motor Integration: Write drivers for various sensors and motors to bring your robot to life.
• Multithreading Magic: Craft multi-threaded firmwares that handle complex tasks seamlessly.
• Design Principles: Apply the principles of modular design for clean, maintainable code.
• Professional Documentation: Create comprehensive project documentation that outlines your design choices, challenges overcome, and more.

🎥 Course Content Breakdown:

1. Embedded C Basics - Get a solid foundation in embedded-c programming, perfect for beginners.
2. Assembly Language Primer - Learn the essentials of ARM Cortex-M assembly language to complement your C skills.
3. Peripheral Drivers and API's - Understand how to interface with external hardware using driver writing techniques in both C and assembly.
4. Modular Design Approach - Discover how to structure your code and hardware design for scalability, maintainability, and ease of understanding.
5. Obstacle Avoidance Robot Construction - Follow step-by-step instructions to build an autonomous robot with the ability to navigate obstacles.
6. Testing and Debugging - Gain valuable experience in diagnosing and fixing issues in your embedded systems.
7. Project Documentation - Learn how to document your projects professionally, ensuring clarity and knowledge transfer for future reference or collaboration.

🔍 Course Highlights:

• Zero Dependencies: Develop using bare metal with no third-party libraries or APIs.
• Real-World Application: Build a functional obstacle avoidance robot that demonstrates your new skills.
• Complete Source Code Provided: No need to start from scratch; get the full codebase to see how it's done and learn from real examples.
• Learn at Your Own Pace: Access all the content now, and complete the course when it fits your schedule.

👨‍🏫 Your Instructor: Israel Gbati is an expert in ARM Cortex-M microcontrollers and modular embedded system design. His teaching style is clear, concise, and hands-on, ensuring you get the most out of every lesson.

🚀 Join Now and Transform Your Embedded Systems Skills!

Ready to unlock your potential in embedded systems and robotics? Click "Enroll" to start this exciting journey today and embark on a path to becoming an expert in ARM Cortex-M microcontrollers and modular design. Let's build something incredible together! 🤖💫🚀