This past week Mr. Scott Bailey invited me to speak to three of his engineering classes at Scott County 9th Grade school. I’ve known Mr. Bailey for over four years and he is the finest engineer-turned-teacher I know. He is knowledgeable, supportive and helpful to his students, volunteers for multiple events, and really wants to see his students reach success in school and later in life. He has become a very good friend. Since we met two days before school was out for the year this was a treat for his classes and some brainy students were able to walk away with a literal “treat” of a bag of yogurt-covered pretzels or a Hershey candy bar.
Most of you know I love to speak about small DC motors. Of course, this was the start of my discussion with the students, but then we branched into how motors and servos are used for a few robots, and we wrapped up our time together in each class by encouraging the students to consider a STEM career. I found a few statistics from an article written by Steve Crowe, managing editor of Robotics Business Review, regarding high school seniors and STEM careers:
- Only 16 percent of American high school seniors are proficient in mathematics and interested in a STEM career
- Only 30 percent of high school seniors who took the ACT test were cleared for college level sciences
- Average income for a STEM career: $77,880/year
These facts were a wake-up call to most students, but three years until they would become a senior seemed like eternity right now.
This year Mr. Bailey had some bright students as evidenced by some excellent end-of-course assessment scores. Most of his students are planning on pursuing engineering – some are interested in architectural engineering, chemical, aeronautical, electrical, mechanical and civil engineering. I love interacting with the students and get a good sense of what inspires them and what turns them off. One of the things that got them going was a few riddles. These were riddles that required them to ‘think outside the box.’ These were riddles I had learned when we studied lateral thinking in college. I tried to explain that some people have a tendency to think this way and those that didn’t today can learn to do so in the future. This ability to think on a deeper plane helps tremendously with problem solving – to look at a problem from different perspectives. It’s all a part of the scientific method.
It was a joy speaking to these three classes of 9th graders. Despite it being near the end of the school year they were attentive and asked good questions. In the last class, the students didn’t want the class to end. Not only did this demonstrate their interest in considering a STEM career, it gave me hope this millennial generation will be well prepared to carry on and improve on the technical careers that are available today and those careers that have not even been named yet.
Quote for the Day: “The greater danger for most of us is not that our aim is too high and we miss it. But that it is too low… and we reach it.” — Michelangelo, 1475-1564