This is an interdisciplinary course in which students will learn and apply engineering principles to solve real-life problems. Students will work on solutions to problems in areas such as micro-electric vehicles, civil engineering, fuel cell vehicles, alternative energy sources, and general construction and manufacturing. Groups of three to five students with various interests and backgrounds (i.e. physics, art, business, industrial arts, English. etc.) will be formed to solve these problems. This is a good introductory course for those students who intend to pursue some area of architecture or engineering. Students will receive .5 credit for science and .5 credit for industrial arts.
- David Zulkiewski: David Zulkiewski