Microcontroller Programming & Debugging | Fab Academy

In this Fab Academy session, students explore the fundamentals of microcontroller programming, from selecting the right board to debugging real-world hardware and software challenges. Led by Nicolas and Henk, this class introduces practical strategies for building confidence in embedded programming—starting simple and scaling up. 🔧 What You’ll Learn: ✅ How to choose the right microcontroller for your project ✅ Programming basics: from blinking an LED to more complex applications ✅ Differences between low-level firmware and high-level application code ✅ Common debugging strategies (top-down vs. bottom-up approaches) ✅ Tools like multimeters, logic analyzers, and serial monitors ✅ Best practices for testing circuits without accidentally modifying them Prof. Neil Gershenfeld adds insight into the layered complexity of debugging—where issues may arise in hardware design, firmware, or application logic—and how to systematically isolate problems. 💡 Why This Matters Microcontrollers are at the heart of digital fabrication projects—from interactive devices to smart machines. Learning how to program and debug them effectively is essential for building reliable, functional systems. The next session will dive deeper into chips and programming tools—followed by hands-on assignments to write and test your own microcontroller programs. 🚀 Ready to build intelligent systems and bring your hardware to life? Learn more about Fab Academy: http://fabacademy.org/ 👍 Like, comment, and subscribe for more sessions on embedded systems, electronics, and digital fabrication. #FabAcademy #EmbeddedSystems #Microcontrollers #Programming #Debugging #DigitalFabrication #Electronics #STEM #Makers