Graduate Research Papers
Availability
Graduate Research Paper (UNI Access Only)
Keywords
Science--Study and teaching (Middle school)--Standards--Iowa; Education--Standards--Iowa; Ninth grade (Education)--Standards;
Abstract
Dubuque Senior High School, a high school in Iowa, is currently in the process of reshaping their science curriculum around the Next Generation Science Standards. One major goal of the Next Generation Science Standards involves the use of phenomena in the classroom. The purpose of this curriculum study was to utilize phenomena as a formative assessment to measure student growth in the classroom. Students in four ninth grade physical science classrooms wrote and reflected on specific phenomena at the beginning of the unit to test for prior knowledge and again at the end of the unit. Reflections were scored using a rubric. Rubric scores were compared on pre and post reflections to measure student growth for each class. The study took place throughout the course of four different units. Units included concepts involving Newton’s Second Law of Motion, Momentum, Energy, and Energy Applications. The use of phenomena as a formative assessment to measure student growth in content understanding provided positive feedback for the instructor. Students demonstrated growth in many areas throughout all four units. Their reflections provided the teacher with important data to improve instruction and concentrate on areas students needed extra assistance. This provided an opportunity to offer differentiated support.
Year of Submission
2019
Degree Name
Master of Arts in Education
Department
Science Education Program
First Advisor
Lyn Countryman, Advisor
Date Original
Spring 2019
Object Description
1 PDF file (44 pages)
Copyright
©2019 Keith Richard Kohl
Language
en
File Format
application/pdf
Recommended Citation
Kohl, Keith Richard, "Using NGSS phenomena as a formative assessment to measure understanding of science concepts in a ninth grade physical science classroom" (2019). Graduate Research Papers. 764.
https://scholarworks.uni.edu/grp/764