Title
The Impact of Integrated Movement-Based Activities on Primary School Aged Students in the Classroom
Date of Award
12-2011
Embargo Period
11-11-2018
Degree Type
Thesis
Degree Name
Bachelor of Education (Primary) (Honours) BEd (Primary) (Hons)
Faculty
Education & Science
First Advisor
Maria Northcote
ANZSRC / FoR Code
130105 Primary Education (excl. Maori)
Abstract
Movement-based activities can have benefits for children from early childhood and into formal education. However, most current research concerns movement-based activities which are a part of physical education classes. Integrated movement-based activities are activities that involve physical movement that is used to teach subjects other than physical education in the primary curriculum. For example, asking students to demonstrate their understanding of the water cycle by using movement to act out the process. The purpose of this study is to outline the impact that integrated movement-based activities such as this can have on primary school-aged students.
To answer this research question the study was separated into three phases which were conducted in both lower and upper primary classrooms. The data were collected using student guided self-reflection journals, numeracy tests, self-rating scales of concentration, teacher interviews, and researcher observations and reflections. The data were then analyzed using open-coding methods. It was found that when a supportive classroom environment and structure is established, integrated movement-based activities can impact positively on students' concentration, enjoyment of learning, engagement in learning, and interpersonal relationships.
Recommended Citation
Nalder, M A. (2011). The impact of integrated movement-based activities on primary school aged students in the classroom (Bachelor's thesis, Avondale College, Cooranbong, Australia). Retrieved from https://research.avondale.edu.au/theses_bachelor_honours/62/
Comments
Every effort has been made to contact the author of this thesis to gain their permission. If the author objects to this thesis being online please email research@avondale.edu.au
A print copy of this thesis is held in the Avondale College Library (SC Theses 370.1523 N14).