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PCA Morganton Donates Materials to Local Robotics Program

PCA’s full-line plant in Morganton, North Carolina, is a proud supporter of educational programs at local schools in the area.

PCA Morganton’s now-retired General Manager, Rich DeAugustinis, began the plant’s relationship with educator Clay Nelson at the annual Historic Morganton Festival. At the festival, Clay was working with students at a booth displaying the chairs they built from corrugated sheets for a competition called MADE: Morganton Art Design & Engineering. Rich DeAugustinis mentioned that the corrugated trash bins placed on the street for the festival were a PCA donation, and he offered to donate material for Clay’s future school projects.

Clay took PCA up on its offer and requested materials for “Project Lead the Way,” a robotics program that was launched while he was teaching at Liberty Middle School in Morganton and that later expanded to Patton High School, where he currently teaches. The program encompasses three engineering courses, but the “Principles of Engineering” class uses the largest amount of corrugated. According to Clay, “All projects are created to solidify students’ engineering knowledge, with one recent project being to design and build a solar car.”

Clay noted that corrugated is the preferred material for engineering projects because it is perfect for making prototypes, which is an integral part of the program. It is sturdy, strong and durable, yet still lightweight and easy to work with.

An additional program that is offered for the students is an annual engineering camp, but this summer, because of the pandemic, it was held virtually. The teachers sent kids home with supplies, including PCA corrugated, so they would have solid materials with which to work.

PCA Morganton is pleased to partner with local schools and continues to donate to the cause whenever Patton gets low on its supply of corrugated.

Solar-Powered Car

“Project Lead the Way” is a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson. One of the program’s recent projects was to design and build a solar-powered car.

Corrugated Chair

The chair that won the Morganton Arts, Design and Engineering (MADE) Competition, where middle and high school teams go head to head in an engineering competition.

Parabolic Mirror Structure

Corrugated was used as part of the structure for a parabolic mirror for distilling water. The mirror was designed and built for “Project Lead the Way,” a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.

Corrugated Boat

A boat made of corrugated designed and made for “Project Lead the Way,” a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.

Corrugated Bridge Structure

The interior structure of a bridge made of corrugated. “Project Lead the Way” is a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.

Bridge Strength Testing

Corrugated is strong! Students stand on a bridge made of corrugated designed and produced for “Project Lead the Way,” a robotics program at Patton High in Morganton, North Carolina, led by educator Clay Nelson.

Automated Lift and Roller Coaster

An automated lift and steel ball roller coaster designed and made for “Project Lead the Way,” a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.

Miniature Catapult

A miniature ballista (a type of catapult), made partially of corrugated, designed and built as part of “Project Lead the Way,” a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.

Hydraulic Robot Arm

A hydraulic robot arm designed and made for “Project Lead the Way,” a robotics program at Patton High School in Morganton, North Carolina, led by educator Clay Nelson.