The 21
st
century’s dramatic technological revolution requires graduating more engineers to cope with
new global exigencies and to develop new manufacturing processes and products, as well as manage
energy, transportation and communications systems to prevent new and redress old environmental
problems, create pioneering health care devices, and, in general, make technology respond to ever
increasing demands (Flexner Report, 2007, Arnett and Van Horn, 2009). Despite this increased need for
engineering professionals, the numbers of students studying engineering have declined in recent years,
both in the United States and globally (Johnson and Russell, 2006). Many factors have contributed to
this decline – including the difficulty of the curriculum, lack of well-prepared K-12 Sience , Technology
, Engineering and Math(STEM) teachers, and the attractiveness of alternate paths to good technical jobs
and uncertain employment paths for engineering graduates (Besterfield-Sacre Atman, & Schulman,
1997). Building student passion for engineering and science from an early age is one of the most
important factors to prepare younger generations to become future engineers. Students need knowledge
and inspiration in K-12 math and science classrooms, particularly in K-12 schools. Teachers can
integrate their math and science knowledge into engineering principles in ways that engage learners in
the world of the engineer. This paper will discuss the curricular innovations developed by Dr. Darwish
to respond to the needs of in-service middle school teachers (master’s students) who are integrating
engineering principles into their curricula.
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