by Peyton Yarbrough | Dec 12, 2024 | Microprocessor Projects
The goal of the project was to get the ESP32 and the STM32 to communicate with each other. The STM32 was supposed to read two inputs, and the ESP32 was supposed to display them when a button on the webpage was toggled. The project was able to be completed with one...
by Peyton Yarbrough | May 7, 2024 | Microprocessor Projects
The Maze is controlled with an MPU 6050 accelerometer. The accelerometer uses the I2C protocol and reads the x, y, and z input from the module. The Arduino then uses the acceleration values and the gyro values to get a (mostly) accurate reading of the...
by Peyton Yarbrough | Feb 6, 2024 | Microprocessors
LED Tic-Tac-Toe I built a Tic Tac Toe game. The game objective is to beat your opponent by getting three in a row. In the wiring diagram shown below (Figure 1) it shows buttonSelect and buttonMove. Players will use buttonMove to move the cursor, which is displayed as...
by Peyton Yarbrough | May 11, 2023 | Honors Projects, Intro to Engineering Projects
Design Process I started with a base project that I found online. I found it on Thingiverse, by a user who goes by the name Blayder. I was able to get a parts list and it helped me hit the ground running. I added a Piazzo and an Infrared Sensor to enhance the design....
by Peyton Yarbrough | May 1, 2023 | Intro to Engineering Projects
Design Process My partner and I were tasked with building and coding a robot that would solve a maze and put out a flame. The finished robot is shown in the image above. Motor Mount & Wheels Both my partner and I had to draw, and print, a mount that would secure a...
by Peyton Yarbrough | Apr 21, 2023 | Intro to Engineering Projects
Hubs In total I printed three iterations of the Motor Hub. I made the hole too small for the shaft to fit into hub for the first two iterations, so that is what I changed. The dimensions are as followed: ...
by Peyton Yarbrough | Apr 14, 2023 | Intro to Engineering Projects
The flame sensor is triggered when a light or heat is within a certain range. When the sensor is triggered the relay will flip and turn the fan on. The flame sensor is the red component shown in the picture to the right. The relay is the blue component shown in the...
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