Penn’s Diane Bowersox wins Teaching in Excellence Award

Penn High School Chemistry Instructor Diane Bowersox was named the initial recipient of the Jeneane Arter Teaching in Excellence Award, which is sponsored by the Penn-Harris-Madison Education Foundation.

This new $2,000 award – named after Northpoint Elementary School teacher Jeneane Arter – will be given to any current P-H-M staff member who exemplifies excellence in education. The award is underwritten by P-H-M parents Jason and Darla Lippert. The annual award will be determined based on a current P-H-M student one-page essay of how the P-H-M staff member has made a lasting impact on his/her educational experience. The Foundation’s Grants Committee selects the award winner from the group of essays.

“Mrs. Bowersox exemplifies excellence in education with her innovative and meaningful engagement with students,” said Mari Linn Wise, the director of the P-H-M Education Foundation. “The P-H-M Education Foundation is honored to partner with Mr. and Mrs. Lippert in awarding the Jeneane Arter Teaching in Excellence Award. The Lipperts want to recognize P-H-M staff members who every day go above and beyond in supporting our children.”

Bowersox was nominated for the award by Penn Senior Alyssa McNarney.

“I met Mrs. Bowersox my sophomore year when she was my teacher for Chemistry honors,” McNarney wrote in her nomination essay. “I then had her junior year for AP Chemistry. She has had a huge influence on my high school career and my career choices. Mrs. Bowersox has influenced me to go into chemistry as next year, I will be studying Chemical Engineering.

“Chemistry is one of those classes that most people dislike and find very difficult, but with Mrs. Bowersox as a teacher, Chemistry is enjoyable and easy to learn. She does labs, interactive activities, and other games that help you learn. One example is from sophomore year in Chem Honors. We played Jeopardy in class with buzzers. The questions were able orbitals and after that game I am pretty sure that everyone in class could give you orbitals for every element.”