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Power, structural and technical systems career discussion guide

Careers in this profession unite technical and mechanical skills with the field of agriculture.

Use this guide at any point in exploring the food science career pathway. We recommend that students complete the Student Interest Inventory to enhance classroom discussion.

Discussion questions

  1. Professionals in this field are interested in the operation and maintenance of mechanical and technical systems. This includes machinery, power systems, transportation and logistics, and specialized technology. What interests and skills do you have that fit a career in power, structural and technical systems?

  2. There are many ways to get involved in power, structural and technical systems, even before you graduate. You could join a school club, contact one of the GrowNextGen Industry Leaders, or help coordinate a field trip. Brainstorm several “next steps,” including courses you might take at your high school or career technical center.

  3. Science and Math are essential in power, structural and technical systems. Make one connection between math or science you have learned, and power/technical systems. For example, have you discussed electrical circuitry or mechanics in physics class? What relevance might this topic have in agricultural power systems or precision farming techniques?

Problem solving
Each career path contains unique problems to solve. Below are a sampling of real-world challenges that professionals in power, structural or technical systems may encounter.

  1. Modern farm equipment can collect data directly from fields to help farmers make better crop care decisions. How can they make use of collected data so that farmers can get meaningful and timely agronomic recommendations?

  2. How can meteorological data such as moisture, temperature and sunlight received, be collected and used to predict crop yield of corn and soybeans? How might UAS (unmanned aerial systems) be used in this effort?

  3. Reliable and efficient trade routes are needed to ship agricultural goods where they are needed. How can the infrastructure of food distribution be improved to reduce food insecurity worldwide?

  4. How might equipment be made more efficient to reduce the use of fuel and the impact of soil compaction on farm land?