The model links the (integrated) STEM education to integrated teaching at the K-12 level. While the oval STEM shapes indicate the preservation of unique characteristics within each STEM discipline, such as in-depth knowledge, skills, and beliefs, the arrows from the shapes represent the teacher and student-driven interactions. The interactions exist because they are often integral parts of the STEM disciplines, rather than optional. However, the model also hypothesizes that it takes a well-educated teacher with a strong ITK to such interactions actually occur in the classroom settings. The notion of ITK is defined at the nexus of STEM teacher’s expert content and pedagogical content knowledge in their main subject area and working knowledge in another STEM subject, which is mainly developed through participation in professional learning communities (Corlu, 2014). The model is designed with the potential to address all other interactions between STEM subjects; however, the conceptualization of ITK is beyond the scope of the current paper.
The proposition that posits mathematics is abstract but science is concrete is
รูปแบบการเชื่อมโยง The model links the (integrated) STEM education to integrated teaching at the K- -12 ในขณะที่รูปทรงรูปไข่ 12 level. While the oval STEM shapes indicate the preservation of unique characteristics within each STEM discipline, such as in- -ความรู้เชิงลึกทักษะและความเชื่อจากลูกศรรูปร่างแทนครูและนักเรียนdepth knowledge, skills, and beliefs, the arrows from the shapes represent the teacher and student- -ขับเคลื่อนการมีปฏิสัมพันธ์ ปฏิสัมพันธ์อยู่เพราะพวกเขามักจะส่วนหนึ่งของสาขาวิชา แต่รูปแบบยัง driven interactions. The interactions exist because they are often integral parts of the STEM disciplines, rather than optional. However, the model also hypothesizes that it takes a well- -การศึกษากับครู educated teacher with a strong ITK to such interactions actually occur in the classroom settings. The notion of ITK is defined at the nexus of STEM teacher’s expert content and pedagogical content knowledge in their main subject area and working knowledge in another STEM subject, which is mainly developed through participation in professional learning communities (Corlu, 2014). The model is designed with the potential to address all other interactions between STEM subjects; however, the conceptualization of ITK is beyond the scope of the current paper.
The proposition that posits mathematics is abstract but science is concrete is
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