Project Progress #3

As I navigate the unpredictable waters of my Raspberry Pi Zero W project, this week saw me initiating a proactive approach: developing a fallback plan using an Arduino Nano board. This step is crucial to ensure the stability and success of my project, especially considering the potential glitches that might arise with the Raspberry Pi during the final presentation.

The Arduino Nano, while lacking some of the advanced functionalities of the Pi—most notably, app control—provides a reliable and straightforward platform for hardware interfacing. The primary adjustment in my project, should I switch to the Nano, would be the removal of the app-controlled aspect. However, I'm still hopeful that the Pi will hold up and won't cause further complications.

To prepare for any eventuality, I've delved into the Arduino environment. I've spent time reading up on the Arduino's capabilities and have written some preliminary code. My focus has been on a simple yet effective application: controlling an LED using data from a temperature sensor. This setup not only serves as a practical component of my project but also as a testbed for understanding the Arduino's programming and sensor integration.

The experience has been quite informative. Even though I currently don't have a physical Arduino Nano to experiment with (I plan to reach out to my Professor for access to one if necessary), I'm relying on my substantial past experience with the Arduino Uno. I'm optimistic that the knowledge and skills I've gained from working with the Uno will be transferable and equally effective for the Nano

While I'm still focused on getting the Raspberry Pi to function smoothly for the final presentation, having the Arduino Nano ready as a backup gives me an added layer of security. It ensures that, regardless of the challenges the Pi might present, my project will move forward.

In the coming weeks, I aim to refine both aspects of the project—the primary setup on the Pi and the contingency plan with the Arduino Nano. My journey with these two fascinating boards is teaching me not just about electronics and programming, but also about the importance of flexibility and preparedness in any project.