Sparkfun support will be closed from 3:00PM to 4:15PM on April 27th for a company-wide townhall meeting. We will resume regular hours on the 28th.
Back in January, we announced a small contest for teachers and educators using the SparkFun Inventor's Kit in their classes. We wanted to highlight and reward teachers for their hard work and dedication to promoting STEM education in the classroom.
In January, we announced the SIK Capstone Contest to teachers, educators, and community members to highlight projects that they are doing with students using our SparkFun Inventor’s Kit. We know that the SparkFun Inventor’s Kit is our most popular product used in the classroom for introducing electronics, programming and physical computing, and we just wanted to see what you all have been doing with it.
So - we asked people to show us their best and most creative projects using the components of the SIK. We want to see how you and your students modified, extended, or made better any of the 15 circuits in the SIK.
We had a lot of great projects, and the judging was really difficult, but here are the finalists:
Our project uses the motor to spin the ducks, Peizo element to play the song, and the LCD screen to display the name of our project. We learned how to combined programs and circuits. Some struggles were the peizo element wasn’t playing loud enough, and the motor was draining power from the LCD screen.
We wanted to make a device that would ring a bell when it gets too loud in the classroom. The SIK doesn’t have a sound sensor, so we made our invention work when the lights turn off instead. We used the guide to help us learn how to use the light sensor and the servo motor, but it took some time to figure out how to make them work together. We also had to learn how to use Tinkercad to be able to print a stand that would hold the bell and the servo motor. Our circuit includes the servomotor, light sensor, a bunch of wires, and a resistor. The code gets a value from the light sensor and then if the level is low enough, it has a loop that moves the servo motor a certain amount to hit the bell, pauses, moves back, pauses and then repeats.
This is a real world application of several components used throughout the SIK labs. It demonstrates how we can use these components to communicate. My inspiration was to use older technology in a modern format.
Parts Used: Arduino, 2 x LEDs, 12 x wires, 1 x relay, 2 x 330 resistors, 1 x push button, 1 x piezo buzzer, 2 x transistors, 1 x diode
Other: I have designed schematics using Fritzing and comments in the code as well."
Congratulations to all project submissions! Please stay tuned for future contests. Keep doing what you’re doing! And, please share your amazing projects with us!