Devin Stroud
Project Design :--
1) Press PB1, the motor should run in Jog and the green light should be on.
2) Press PB2, the motor should run in Continuous and the green light should be on.
3) When the motor is nor running the Red light should be on.
4) An E-stop for the whole circuit to be powered down is also present in the circuit design.
Idea Open for Somebody else, if they can do it :
1) Traffic Stop light should Run in a Loop in three directions: East Bound, North Bound, and West bound
2) There should be two Push buttons on each bound separately,
3) Whenever they are pressed by the pedestrians the sequence should complete normally for a current bound direction and then the pedestrian priority direction lights should work.
4) Bonus Points:-- for those who still can let the other traffic go without harming the pedestrian.
TYLER COBB :-
I will build a remotely controlled “trolling motor.” This trolling motor will include several different actions and functions. A trolling motor is designed to maneuver watercraft at different speeds and directions. Although, direction is not required in this situation due to most being controlled manually anyhow. In this case, we will be focusing on the alternation of speeds and the different voltages used to direct these settings. Many trolling motors will have anywhere from three to five settings. During this project, two settings in each direction (forward and reverse) will be displayed to show how each different stage is directed as an input. In all, there will be four different settings along with one dormant setting, which is the off position. The main input of this project is quite new and is not commonly found to be used with Arduino, however, I believe it can be done. I am speaking about a turning handle that will change connections between the different directions of current. When the handle it turned all the way to the right, full voltage will be applied to the motor. When turned once to the right, a lower current will be transferred to the motor. Of course, when the handle is in the middle (not turned either direction), this will be the “OFF” position. When turned to the left, the same two current settings will be applied, yet the direction of the motor will be changed from forward to reverse. To make this change, a new output will be used (which is undetermined so far), a relay. The relay will allow the change from forward to reverse. In reality, this change makes it so that the trolling motor on a watercraft, can go forward and backwards depending on the need of the controller. This motor will include a shaft with a simulated prop where the propellers will show the direction that is being made. You will be able to determine this by looking at the shape of the propellers or placing your hand behind/in front of them to feel the wind being distributed.
DANIEL STURDIVANT :-
· Arduino Based Digital Thermometer
Hardware required – Arduino Board, Arduino Uno, LM34 Temperature Sensor, 16X2 LCD Display, 9V Battery, and basic connection wires.
In this project, an Arduino based digital thermometer is designed that can be used to monitor the temperature of room.
The temperature sensor i.e. LM34 continuously monitors the room temperature and gives an analogue equivalent voltage which is directly proportional to the temperature. This analogue data is given to Arduino through A0. As per the code written, the Arduino converts this analogue voltage value to digital temperature readings. This value is displayed on the LCD. The rate of change of temperature capture can be programmed in the code. The output displayed on the LCD is an accurate reading of room temperature in Fahrenheit.
ALEX STURDIVANT :--
TThe components required for my project are as listed:
Arduino Uno board
LED Matrix - 8x8 led dot matrix
IC1 - MAX 7219
R1 – 10 KΩ
C1 – 0.1 µF
C2 – 10 µF
In this project, an Arduino Uno board is integrated with an 8 X 8 LED matrix to display information (even scrolling information and images can be displayed).
I will display the words "UWA" or "UWA TIGERS" across the matrix.
THOMAS CRAMER :--
My project will consist of making a remote control car with an Arduino as the brain.
I will be using Bluetooth to make the process wireless and a Playstation 4 controller as the remote.
The car will be able to move in forwards and reverse, as well as be able to turn.
It will also have LED headlights and a horn.
FORREST GAINES :--
Infrared Burglar Alarm:
Use an infrared sensor and transmitter to detect movement (aka burglar) and activate a buzzer (alarm) and LED when the sensor is tripped (or burglar is present).
LANE CLARKE :--
I will do an RC car design with two motors, an antenna, and a joystick. The joystick will control the motors through the antenna.
Lane Duke
I am going to build a laser trip wire. It uses the Arduino Uno board, a laser pointer, photo resistors, a button, an alarm, breadboard, a couple resistors, jump wires, and a mirror.
This project uses a laser to detect an interruption in a laser beam. It’s just like what you would see in any type of spy movies, the laser is set up to where if anything crosses the laser beam and it will set off an alarm. This will be a tricky project due to having to have everything lined up perfectly, but in the end will be a pretty cool project.
Tyler Johnson
Extracting Robot Design:
A two wheeled moving robot car with an ON/OFF push button operated Electromagnet to
control picking up and dropping metal objects.
Led light system to work in the dark with variable voltage using a potentiometer.
A joystick will be used to control the movements of the robot.
On the hand held breadboard a single 7 segment led screen will show the amount of led
lights that have been activated.
Wil Stephens
Final Project
Proposal Submission: Game Camera- Camera that captures photos when motion detector is triggered.
Once an object walks in front of the photo transistor, it will set off the TTL Serial Camera which will take
the photo. After photo is taken, the image will be saved on a micro SD card.