Students apply design and construction theory using computer simulations, hand and power woodworking tools, arc welders, cutting torches, sheet metal and soldering tools. Students learn to identify alternative energy sources. Students apply these fundamentals to under-standing various methods and systems for mitigating soil erosion and for conserving water. Students investigate and discuss current issues and topics such as best management practices, precision agriculture and sustainable agriculture. Students complete field and laboratory exercises in horizontal and vertical measurements, traversing, triangulation, spatial data analysis, and mapping.
Students learn how to plan for flexibility necessary to avoid losses resulting from obsolescence.
Students understand the principles of operation and the selection of equipment. Students gain practical experience in electrical wiring design and with selecting, using and controlling electrically operated equipment in farming operations. Through hands-on experience with sensors and other measurement instrumentation, students capture and analyze data critical to planning and design. Students plan, make design considerations, and do cost estimation for agricultural structures. Junior Standing Students study the fundamentals of design, operation, performance and maintenance of tractors and their internal combustion power units as used on farms.