TY - JOUR
T1 - Improving STEM Education Programs through the Development of STEM Education Standards
AU - Rosengrant, David
AU - Hensberry, Karina K. R.
AU - Vernon-Jackson, Sandra
AU - Gibson-Dee, Kathleen
N1 - Rosengrant, D., Hensberry, K. K., Vernon-Jackson, S., & Gibson-Dee, K. (2019). Improving STEM Education Programs through the Development of STEM Education Standards. Journal of Mathematics Education, 12(1), 123-140. doi.org/10.26711/007577152790042
PY - 2019/1/1
Y1 - 2019/1/1
N2 - At our institution, we offer two master’s degrees for in-service teachers: A Master of Arts in Elementary Education with a Math/Science Emphasis and a Master of Science in Middle Grades STEM Education. These degrees are designed for practicing teachers in any STEM-related field. Our goal is to empower these teachers by enhancing their skills in all aspects of STEM education, including content and pedagogy. As we began a process of evaluating and revising these programs, we realized there was no single body of standards to guide the work of STEM educators such as ourselves, nor was there sufficient focus on educating STEM students in an urban, culturally diverse district. Drawing on existing resources, research, and disciplinespecific standards, we developed and present here STEM Education Standards for teacher education programs and other educational groups that would benefit from them. In this paper, we describe the programs in-depth to provide background information. Next, we describe the process of creating the standards, the reasons for the standards we chose, and how we assess them. We also provide our final version of the standards. Finally, we share student reflection data regarding the effectiveness of the programs in which the STEM Education (STEM-E) Standards were piloted.
AB - At our institution, we offer two master’s degrees for in-service teachers: A Master of Arts in Elementary Education with a Math/Science Emphasis and a Master of Science in Middle Grades STEM Education. These degrees are designed for practicing teachers in any STEM-related field. Our goal is to empower these teachers by enhancing their skills in all aspects of STEM education, including content and pedagogy. As we began a process of evaluating and revising these programs, we realized there was no single body of standards to guide the work of STEM educators such as ourselves, nor was there sufficient focus on educating STEM students in an urban, culturally diverse district. Drawing on existing resources, research, and disciplinespecific standards, we developed and present here STEM Education Standards for teacher education programs and other educational groups that would benefit from them. In this paper, we describe the programs in-depth to provide background information. Next, we describe the process of creating the standards, the reasons for the standards we chose, and how we assess them. We also provide our final version of the standards. Finally, we share student reflection data regarding the effectiveness of the programs in which the STEM Education (STEM-E) Standards were piloted.
KW - STEM education programs, STEM standards, Middle grades, Preservice teachers
UR - https://digitalcommons.usf.edu/fac_publications/3811
UR - http://educationforatoz.com/images/2019-1-8-Rosengrant_et_al.pdf
M3 - Article
JO - Default journal
JF - Default journal
ER -