Implementasi Model Pembelajaran Visuospatial (3D) untuk Mengembangkan Kemampuan Kognitif Calon Guru Biologi pada Konsep Anatomi Tumbuhan

Purwati Kuswarini Suprapto

Abstract


The study on the implementation of visuospatial teaching models (VS-Model) for the enhancement of cognitive ability of prospective teacher on plant anatomy concept has been done descriptively. VS model is a model of learning to involve the ability of three-dimensional (3D). The study aimed to determine the effectiveness of VS-Model on improving cognitive ability of prospective biology teacher on plant anatomy concept. Participants of the study were 108 fourth semester biology education students attending Plant Anatomy Course in academic year of 2011 of Siliwangi University of Tasikmalaya, West Java. All participants were divided into three different class. Each class implemented three different type of VS-Model, e.g. Inductive Playdoch (IP), Inductive Images (IG), and Deductive Images (DG). Measurement of cognitive abilities C1, C2 and C3 was done by a written test, 32 items, the ability of analize (C4) used the assessment of 2D images, the ability of evaluate (C5) was done by observation of students' ability to evaluate students during a presentation in class and ability of create (C6) measured from the assessment of 3D images and 3D play doh.The results showed that the VS- model can improve the cognitive abilities of students. VS model with Inductive -Picture (IG) can improve understand (C2), whereas Deductive-Picture (DG) was able to develop the ability apply (C3). All three treatments could not be analyzed (C4) microscopic observation well. However, the ability to remember (C1), evaluate (C5) and create (C6) of 3D was very well developed in Inductive-Play doh (IP).


Keywords


visuospasial teaching models; student cognitive ability; plant anatomy

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References


Anderson & Krathwohl, (2001), A. Taxonomy for Learning, Teaching and Assesing, Revision of Bloom’s Taxonomy of Educational Objectives, a

Bridged Ed, New York : Longman

Bertel,S., Jupp, J., and Barkowsky, T., Bilda, Z., (2006), Constructing and understanding Visuo-Spatial Representations in Design Thinking, A Design Computing and Cognition Workshop, vsdesign’06 Position Paper.

Blatto-Vallee, G., et al (2007), Visual–Spatial Representation in Mathematical Problem Solving by Deaf and Hearing Students, Journal of Deaf Studies and Deaf Education 12:4, pp 432-448.

Lazear, D., (2004), Higher Order Thinking: The Multiple Intellegences Way, Chicago: Zephyr Press.

Ramadas, J. (2009). Visual and spatial modes in science learning. International Journal of Science Education, Vol 31(3), Special Issue on "Visual and Spatial Modes in Science Learning". pp. 301-318.

Sorby, S.A, (2009), Educational Research in Developing 3-D Spatial Skill for Engineering Student., International Journal of Science Education, 3 (3) 459 -480.

Starko, A.J,. (2005), creativity in the classroom : school of curious delight, 3rd ed, New Jersey: Lawrence Erlbaum Associates, Inc. Pub.

Stienke, Huuk and Floto (2003), The Use of High Quality 3D Animations and Videos in Hypermedia Systems by Learners with different CognitiveAbilities, Proceedings of E-Learn 2003 - PP. 1193 – 1196.

Tabrani, P, (2000), Proses Kreasi, Apresiasi Belajar, Bandung: Penerbit ITB.

Tabrani, P,(2009), Bahasa Rupa , Cetakan ke 2, Bandung: Penerbit Kelir.

Trochim, W.M.K.,(2006), The Research Methods Knowledge Base, 3rd ed, www.socialresearchmethods.net/kb/dedind.php

Tversky, B.(2004), The Cambridge Handbook Of Thinking And Reasoning,

http://wexler.free.fr/library/files/tversky%20(2004)%20visuospatial%20reasoning.pdf




DOI: https://doi.org/10.34289/277894

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