PENGEMBANGAN MODEL PRAKTIKUM SAINS UNTUK SISWA TUNANETRA MELALUI PENDEKATAN KONSTRUKTIVIS SERTA APLIKASINYA PADA PENDIDIKAN INKLUSIF
Abstract
Abstract: Developing a Model of a Science Practicum for Blind Students
Through the Constructivist Approach and Its Application in the Inclusive
Education. This study aims to develop a model of a science practicum for blind
students through the constructivist approach for both schools running inclusive
education and those for the handicapped. The research stages included: (1)
developing practicum devices for realistic science, i.e. voice equipment, (2)
developing a practicum model using the constructivist approach, and (3)
developing an evaluation model for the sclence learning process and product. The
study employed a spiral model by Cennamo and Kalk (2005:6), consisting of (1)
definition, (2) design, (3) demonstration, (4) development, and (5) presentation. The
products include: (1) voice equipment to measure temperature and electricity
voltage that the students use in the science practicum, (2) a realistic practicum
model that motivates and trains the students to be active and autonomous as
suggested by the constructivist approach, and (3) the improvement of the students’
discussion activities based on the eveluation model.
Keywords: science practicum model, inclusive education, blind students
Through the Constructivist Approach and Its Application in the Inclusive
Education. This study aims to develop a model of a science practicum for blind
students through the constructivist approach for both schools running inclusive
education and those for the handicapped. The research stages included: (1)
developing practicum devices for realistic science, i.e. voice equipment, (2)
developing a practicum model using the constructivist approach, and (3)
developing an evaluation model for the sclence learning process and product. The
study employed a spiral model by Cennamo and Kalk (2005:6), consisting of (1)
definition, (2) design, (3) demonstration, (4) development, and (5) presentation. The
products include: (1) voice equipment to measure temperature and electricity
voltage that the students use in the science practicum, (2) a realistic practicum
model that motivates and trains the students to be active and autonomous as
suggested by the constructivist approach, and (3) the improvement of the students’
discussion activities based on the eveluation model.
Keywords: science practicum model, inclusive education, blind students
Full Text:
PDFDOI: https://doi.org/10.21831/cp.v1i1.217
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