Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
New teacher, new classes,<br />
innovative approaches<br />
Science brought to life, at <strong>GMVS</strong><br />
When our new science and math teacher, Dave Beningson, told us his high school nickname was<br />
“Gumby,” we knew there was a bit of serendipity at play. It was one of many fortuitous turns leading to<br />
his arrival this year at <strong>GMVS</strong>. An avid skier, and father of two current Middlebury students, Dave and<br />
his wife were excited to move north from Massachusetts, where Dave had been teaching at Westford<br />
Academy for many years, and to turn their Valley ski house into their new full-time home. And we were<br />
excited for him to bring his passion for science and engineering to campus.<br />
Dave was hired to teach Physics and Algebra 2<br />
classes in our curriculum, which he has done<br />
seamlessly during this first year. But what has<br />
been really exciting is the addition of Mechanical<br />
Engineering to the students’ menu of advanced<br />
science offerings.<br />
The main concepts of the new course are<br />
focused on the engineering design process:<br />
the idea that you define your problem or<br />
project, develop ideas, create a prototype,<br />
test and evaluate it, and then “go back to the<br />
drawing board” if the outcome does not meet<br />
the project goals. The class covers a variety<br />
of topics through projects designed to capture<br />
students’ interests.<br />
Some of the highlights include:<br />
• The Bungee Jump Project: testing and<br />
making mathematical models.<br />
• The Folder Bridge Project: understanding<br />
basic beam theory and the strength of<br />
structures.<br />
• The Electric Dragsters Project: learning<br />
about gear ratios and power.<br />
The Ski Engineering unit was, of course,<br />
particularly relevant. Students tested their<br />
own skis for vibration and stiffness, and many<br />
were able to find measurable difference in the<br />
vibration frequency of their old, used skis and<br />
their new, race skis.<br />
6