Arduino Digital Clock with Transparent OLED
Budget: $30 – $250 USD
I'm seeking a coder who can work on Arduino and OLED screens. The aim of the project is to develop a digital clock, powered by a battery and capable of displaying time on a transparent OLED screen.
Key functionalities:
-12 hour Digital clock display with minutes and seconds, name of day (ex. Sat., Sun.) day number of month, number of month, and year (Refer to attachment for display plan)
- Alarm function
- Countdown timer
- Date display implemented with DS3231 RTC
- Accessible buttons to set time and date
- A second OLED screen switchable tab (with one press of one of the buttons) for an 'electronic chip powering up' animation, and I would like code instructions on how to add new tabs if possible.
I am using: ARDUINO NANO EVERY, DS3231 RTC, WAVESHARE 128x64 Transparent OLED from amazon, here is the documentation for the OLED Screen: (https://www.waveshare.com/wiki/1.51inch_Transparent_OLED#Program_description)
I am aiming to keep hardware to a minimal and keep the functionality with good battery choices. I was choosing to power all this with 2 CR2032 (6v) but I know that's probably not enough so I also would appreciate a very small factor battery solution, im open to all ideas.
Key functionalities:
-12 hour Digital clock display with minutes and seconds, name of day (ex. Sat., Sun.) day number of month, number of month, and year (Refer to attachment for display plan)
- Alarm function
- Countdown timer
- Date display implemented with DS3231 RTC
- Accessible buttons to set time and date
- A second OLED screen switchable tab (with one press of one of the buttons) for an 'electronic chip powering up' animation, and I would like code instructions on how to add new tabs if possible.
I am using: ARDUINO NANO EVERY, DS3231 RTC, WAVESHARE 128x64 Transparent OLED from amazon, here is the documentation for the OLED Screen: (https://www.waveshare.com/wiki/1.51inch_Transparent_OLED#Program_description)
I am aiming to keep hardware to a minimal and keep the functionality with good battery choices. I was choosing to power all this with 2 CR2032 (6v) but I know that's probably not enough so I also would appreciate a very small factor battery solution, im open to all ideas.