Saturday, November 28, 2020

MIA’s Future Engineers Present Final Projects

Max Ruffat and Aidan Kahn test their catapult’s launch distances. SUBMITTED PHOTOS

Max Ruffat and Aidan Kahn test their catapult’s launch distances. SUBMITTED PHOTOS

Submitted

For weeks now, Marco Island Academy’s (MIA) Principles of Engineering class carefully planned, crafted and built their final projects. The results were impressive.

Taught by Hal Creech, the engineering class is just one of the many STEM classes students at MIA are offered each semester. The final assignment was to design, plan and create a mechanical, electronic or programming project from what they had learned. Creech told the students to “show me you learned something, and show me you can plan and create a project.”

The students, made up teams of two and three, created unique projects. Some found inspiration from everyday objects, like 11th graders Cameron Ragan, Omar Rodriguez and Matt Nugent. Cameron’s old truck horn was powered by an Arduino board and an air compressor. It sounded eerily like a train. On the last

Cole Stretton and Tyler Gresham put the finishing touches on their rat trap car.

Cole Stretton and Tyler Gresham put the finishing touches on their rat trap car.

day of school it will ring in place of the traditional bell.

Cole Stretton, Tyler Gresham and Cayden Couture used old CDs and a mouse trap to create a large “rat trap car.”

A few looked to history for mechanical blueprints. Tenth graders Kalli Jacobs and Ben Nguyen built a ballista, a realistic and working replica of an ancient Roman missile launcher. Aidan Kahn and Max Ruffatt created a wooden catapult, which was able to launch objects up to 100 feet.

Others created programming masterpieces, such as Kyle Ginther, Shane Kelley and Austin Estemera, who built an “Arduino Revolution Counter.” The students wrote the code to create a sensor that can “see” the difference between black and white, in order to count the revolutions of a spinning black and white magnet, and report the results on an LCD display.

 

 

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