Redesigning reverse engineering curriculum



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Engineering curricula for high schools has and will become increasingly important as STEM (Science Technology Engineering and Mathematics) education matures and grows across the country. Active learning and hands-on pedagogies are critical to the development of these curricula, connecting students to the integrated topics using all senses and a commitment to self-learning. One approach to curriculum development for the Engineering, applied Science, and applied Mathematics in STEM is design-based learning (DBL). For this report, a particular methodology, known as Reverse Engineering and Redesign, is explored for DBL. The Reverse Engineering and Redesign process is used to redesign the current University of Texas’ UTeachEngineering reverse engineering curriculum. The UTeachEngineering curriculum is compared to the Engineering the Future, Ford PAS, The Infinity Project, and Project Lead the Way to determine the TEKS covered by each curriculum. The redesign focused on adding various writing and reflection exercises throughout the curriculum, and adding specification sheets and rubrics to all the student deliverables. The writing exercises are essential to allow the students to fully explore, comprehend, and appreciate the material. Specification sheets and rubrics are essential for the students to understand what is expected of them to attain mastery of the reverse engineering and redesign curriculum.