Grandaddy OLED Watch

thingiverse

Take a stroll with Granddaddy OLED watch and light up the night. Use any of your favorite watchbands to easily connect to the OLED Watch case. Print Settings Printer: Flash Forge Creator Rafts: No Supports: No Resolution: 0.27 Infill: 0.10 How I Designed This Designed using 123D SketchUp Most of my design was based off Polylines in combination with the extrude function. Custom Section Project: Granddaddy OLED Watch Overview & Background: This project helps gain an understanding of the basics of the Arduino microcontroller, coding, and modules to build a Granddaddy OLED Watch. It works great as a flashlight in a dark place. Objectives: Students get hands-on experience in the construction of a complex word clock. Students will learn about basic Arduino coding. Students learn how to solder. *Students learn schematics. Audiences: The grades, ages, or skill levels that would be appropriate for this project. 4th grade+, Age 10+, Skills in Soldering Subjects: This project is based on the Processing language. Skills Learned (Standards): 3D Slicing 3D Printing Motor Skills Complex Thinking Skills Teamwork Problem Solving Skills Lesson/Activity: Quick and fun project. Stuff Needed Silicon 30AWG wire Coin Battery, coin battery holder I2C 2.42 OLED Trinket Pro 5v Lipoly Backpack 500mAH Battery DS3231 *Wire Strippers Optional HC-05 (convert into smartwatch) Bigger batteries. Arrange the modules in a tetris-like formation within the back of the I2C screen. Cover the back of the I2C OLED in electric tape to prevent any problems with the wire touching. Solder wires to the battery holder contacts. Here is the schematics to solder the silicone 30AWG wire to the modules. Print out the OLED watch + 4 small corners. Place the components in the watch glue the insides of the separate printed 4 corners and place it on the top corners of the OLED case to lock the OLED screen in place. On the programming, make sure you download the latest Arduino IDE and simply download the code from here https://db.tt/OLAv2iZR Duration: 1 hour for printing. 1 hour for assembling and programming. Preparation: List anything students that should already know about or have done before starting this project, and/or any necessary technology, resources, or materials. Micro USB cable Soldering Iron Lithium Ion Polymer Battery - 3.7v 500mAh https://www.adafruit.com/products/1578 Precision New DS3231 RTC Module Memory Module for Arduino Raspberry Pi http://www.ebay.com/itm/Precision-New-DS3231-RTC-Module-Memory-Module-for-Arduino-Raspberry-Pi-/400786764495?hash=item5d50c0b2cf:g:m54AAOxy3cJTh-KI Lipolybackpack for pro trinket https://learn.adafruit.com/adafruit-pro-trinket-lipoly-slash-liion-backpack Pro Trinket https://www.adafruit.com/product/2000 References: https://www.adafruit.com/product/2000 Rubric & Assessment: What did the student learn for building this? Any troubleshooting problems the student encountered? Handouts & Assets: https://learn.adafruit.com/introducing-pro-trinket