Project Progress #4
November 27, 2023
November 27, 2023
v 9.1
v 9.1
Project Progress #4
November 27, 2023
v 9.1
Pivoting to Arduino Nano 33 IoT
This week marked a significant turn in my project journey. After numerous attempts and challenges with the Raspberry Pi Zero W, I came to a realization: with the semester's end fast approaching and the need for a working prototype becoming more pressing, it was time for a strategic pivot. Therefore, I've decided to shift my focus entirely to using the Arduino Nano 33 IoT board for my project.
The core of my project remains largely the same, but with this change in hardware, there are some adjustments. The most notable one is the temporary removal of app control functionality, which I plan to revisit and develop further after the class concludes. My immediate goal is now centered on two key aspects: obtaining data from the temperature sensor and managing the color and fading patterns of a neopixel ring.
Understanding the urgency, I've wasted no time in getting started with the preparations. I'll be acquiring the Arduino Nano 33 IoT board from my Professor, and to ensure smooth progress, I've already placed orders for the necessary additional components.
This pivot, while sudden, is a vital step in ensuring the success of my project. The Arduino platform, with its straightforward approach to interfacing with sensors and LEDs, offers a more predictable and stable environment for development, especially under time constraints.
As I embark on this new phase, I'm eager to apply my past experience with Arduino Uno to the Nano 33 IoT. The transition brings a mix of anticipation and optimism. I'm looking forward to exploring the capabilities of the Nano 33 IoT and am excited to see how it will bring my project to life.
As for the first steps, I have already started gathering the material:
1) Adafruit MCP9808 High Accuracy I2C Temperature Sensor Breakout Board
2) Adafruit NeoPixel Ring
3) Clear Plastic Fillable Ornaments Ball
Pivoting to Arduino Nano 33 IoT
This week marked a significant turn in my project journey. After numerous attempts and challenges with the Raspberry Pi Zero W, I came to a realization: with the semester's end fast approaching and the need for a working prototype becoming more pressing, it was time for a strategic pivot. Therefore, I've decided to shift my focus entirely to using the Arduino Nano 33 IoT board for my project.
The core of my project remains largely the same, but with this change in hardware, there are some adjustments. The most notable one is the temporary removal of app control functionality, which I plan to revisit and develop further after the class concludes. My immediate goal is now centered on two key aspects: obtaining data from the temperature sensor and managing the color and fading patterns of a neopixel ring.
Understanding the urgency, I've wasted no time in getting started with the preparations. I'll be acquiring the Arduino Nano 33 IoT board from my Professor, and to ensure smooth progress, I've already placed orders for the necessary additional components.
This pivot, while sudden, is a vital step in ensuring the success of my project. The Arduino platform, with its straightforward approach to interfacing with sensors and LEDs, offers a more predictable and stable environment for development, especially under time constraints.
As I embark on this new phase, I'm eager to apply my past experience with Arduino Uno to the Nano 33 IoT. The transition brings a mix of anticipation and optimism. I'm looking forward to exploring the capabilities of the Nano 33 IoT and am excited to see how it will bring my project to life.
As for the first steps, I have already started gathering the material:
1) Adafruit MCP9808 High Accuracy I2C Temperature Sensor Breakout Board
2) Adafruit NeoPixel Ring
3) Clear Plastic Fillable Ornaments Ball
Pivoting to Arduino Nano 33 IoT
This week marked a significant turn in my project journey. After numerous attempts and challenges with the Raspberry Pi Zero W, I came to a realization: with the semester's end fast approaching and the need for a working prototype becoming more pressing, it was time for a strategic pivot. Therefore, I've decided to shift my focus entirely to using the Arduino Nano 33 IoT board for my project.
The core of my project remains largely the same, but with this change in hardware, there are some adjustments. The most notable one is the temporary removal of app control functionality, which I plan to revisit and develop further after the class concludes. My immediate goal is now centered on two key aspects: obtaining data from the temperature sensor and managing the color and fading patterns of a neopixel ring.
Understanding the urgency, I've wasted no time in getting started with the preparations. I'll be acquiring the Arduino Nano 33 IoT board from my Professor, and to ensure smooth progress, I've already placed orders for the necessary additional components.
This pivot, while sudden, is a vital step in ensuring the success of my project. The Arduino platform, with its straightforward approach to interfacing with sensors and LEDs, offers a more predictable and stable environment for development, especially under time constraints.
As I embark on this new phase, I'm eager to apply my past experience with Arduino Uno to the Nano 33 IoT. The transition brings a mix of anticipation and optimism. I'm looking forward to exploring the capabilities of the Nano 33 IoT and am excited to see how it will bring my project to life.
As for the first steps, I have already started gathering the material:
1) Adafruit MCP9808 High Accuracy I2C Temperature Sensor Breakout Board
2) Adafruit NeoPixel Ring
3) Clear Plastic Fillable Ornaments Ball