by Andrew McCoy | Mar 25, 2024 | Engineering Practice and Principles
The Bouncy Ball Mini Project was a sub part of a larger project for my ENGR 200 course during spring 2024. In this project we had to a bouncy ball move from the starting point which was the end of a large OSB board to a pit in the middle of the board. During this...
by Andrew McCoy | May 10, 2023 | Engineering Practice and Principles
Group Members: Andrew McCoy, Byran Clingerman In this project we had to design and build a robot that could navigate a left-hand or right-hand maze, if possible we could make it do both. Then the robot had to put a fire out at the end of the maze. The robot would...
by Andrew McCoy | Apr 24, 2023 | Engineering Practice and Principles
Project: Hubs and Wheels This project was made mainly in Creo Parametric, with my partner on the Fire Fighting Robot. We measured the Double D shafts on the stepper motors, and after that, we translated that size to a Hub that we printed, and the hub fit perfectly. We...
by Andrew McCoy | Apr 17, 2023 | Engineering Practice and Principles
Fame Sensor and Fan assignment, ENGR 199 Click here for the link to the project video. To trigger the fan from the flame sensor, you need to put a heat source like a lit match near the sensor so it triggers the inferred detector inside of the flame sensor (The black...
by Andrew McCoy | Mar 30, 2023 | Engineering Practice and Principles
Project: Ultrasonic Sensor Controlling a Servo Video to project example: Click Here: Here is a short explanation of the Ultrasonic Sensor and the Servo: The ultrasonic sensor sends out sound waves with a frequency of around 40kHZ, the sound waves will travel, bounce...
by Andrew McCoy | Mar 30, 2023 | Engineering Practice and Principles
Project: Motor Mount For this project I used this drawing as reference to design my motor mount. The drawing was pulled from: https://cookierobotics.com/042/ I designed my motor mount in Onshape, using the reference photo above, the physical stepper motor its self,...
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