WHS Teacher, Ms. Marsiglia, Participates in $3 Million National Science Foundation Project
WHS Biology teacher, Ms. Robin Marsiglia, is participating in a $3 million National
Science Foundation project, partnered through Stevens Institute of Technology. The goals of this project are to study how
high school Science teachers in different disciplines can learn engineering
concepts, how they introduce those concepts in the classroom, and to develop a
set of recommendations to guide teachers in infusing curricula with engineering
concepts and activities. Teacher participation
in the program requires a two-year, 4 week professional development and
classroom implementation commitment.
The
module will engage students in an engineering design challenge. The engineering activities are related to
atmospheric carbon dioxide and will require students to apply and synthesize
concepts related to photosynthesis and the cycling of carbon in living and
nonliving components of the biosphere.
Both are topics in the Waldwick Curriculum. The students will also gain a basic
understanding of engineering concepts and related skills. Their task was to design, build and operate a
scalable prototype of an algae farm that captures CO2 from a fossil
fuel burning power plant. This system
captures CO2 and grows a biofuel (algae) in the process.
It has been a very exciting and
challenging classroom experience for both Ms Marsiglia and her two classes of
Honors Biology students.
Ms. Marsiglia, who trained at Steven’s this
past summer, has recently implemented the program. On December 8, two representatives from Steven’s
visited and taped Ms. Marsiglia’s class for two periods. She will meet with the
other 25 participating teachers in March 2015 to discuss classroom implementation. This process will be repeated next summer and
the 2015-16 school year.
It helps users creating designs in 2D so that they can visualize the construction. 2D CAD Design enables the development, modification, and optimization of the design process. CAD enables the development, modification, and optimization of the design process.
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