Northwestern State University's Department of Engineering Technology and Computer Information systems hosted its final summer training session for high school teachers who will be teaching Project Lead the Way classes this fall.
Led by master teacher Peter Grimm of Minneapolis, Minn., the class worked on several projects they will repeat with their students this fall. The two-week boot camp included group projects, homework and individual study. Grimm, who has a background as a mechanical engineer, has been teaching for 17 year, the last nine with PLTW and has been a master teacher for the last five years.
During one session, the class was worked on a reverse engineering project in which they used industry-standard Inventor software to disassemble a model car. Each student made a diagram of the parts and drawings in order for the object to be reassembled and manufactured.
Project Lead the Way is a non-profit program that integrates math, science and technology in projects that encourage middle school and high school students to become aware of careers in the STEM (science, technology, mathematics and engineering) areas. Administrators hope the program will help today's youngsters be productive in future domestic and global workforce markets and attract high tech industry to Louisiana.
Thomas Randall, a geometry teacher at Camden-Fairview High School in Camden, Ark., has a background in mathematics and has been teaching five years. Randall attended two PLTW training sessions at NSU this summer.
"Kids have all types of learning styles. With Project Lead the Way, kids who are hands-on, visual learners learn to apply concepts in math and science to real world situations," said Randall, who is constantly seeking ways to challenge his exceptional students, as well as engage his marginal students. Because no two projects have to be solved in the same manner, PLTW meets this need.
Randall will be teaching the PLTW class for the first time this fall and hopes to incorporate some aspects of the PLTW projects into his regular geometry classes. The first project he worked on during the workshop was constructing a puzzle cube, which demonstrated how each person's cube came together with no two alike.
"They'll love it. One kid can make a simple cube and another might make a cube that is the same size but it is more complex," he said. "In my experience, when students who have potential get into the activity and get their hands on it, I see that they do understand."