The main goal of this research is to improve the spatial ability of the 6 th grade students. In this study, spatial visualization was limited to the acquisitions in Turkish Primary Education mathematics curriculum. The study dealt with primary education mathematics curriculum, geometry learning domain, the acquisitions of the abilities to visualize three-dimensional structures built from unit cubes, to interpret two- dimensional drawings of three-dimensional objects and to find out the surfaces of the cube within geometrical objects sub learning domain. In the framework of this limitation, the spatial visualization ability of the 6 th grade students has been trying to develop with concrete manipulatives , computer practicing and paper representations. The study population consists of twenty 6 th grade students attending Cumhuriyet Primary School in Sivrihisar, Eski?ehir. The data in the study were collected through a qualitative research method, teacher as an action researcher. The Data collected through the result of the pre-and post-test, interviewing, pictures, data collected via observation and the video records. The effectiveness of this application was to be determined by analysis of the qualitative data obtained from these resources. According to the findings of the research, the success rate of post test increased after the application. SUMMARY Purpose and significance: The main goal of this research is to improve the spatial ability of the 6 th grade students. In this study, spatial visualization was limited to the acquisitions in Turkish Primary Education mathematics curriculum. The study dealt with primary education mathematics curriculum, geometry learning domain, the acquisitions of the abilities to visualize three-dimensional structures built from unit cubes, to interpret two-dimensional drawings of three-dimensional objects and to find out the surfaces of the cube within geometrical objects sub learning domain. In the framework of this limitation, the spatial visualization ability of the 6 th grade students has been trying to develop with concrete manipulatives , computer practicing and paper representations. Methods: The study population consists of twenty 6 th grade students attending Cumhuriyet Primary School in Sivrihisar, Eski?ehir. The data in the study were collected through a qualitative research method, teacher as an action researcher. The Data collected through the result of the pre-and post-test, interviewing, pictures, data collected via observation and the video records. The effectiveness of this application was to be determined by analysis of the qualitative data obtained from these resources. The pre-test was applied to the research studying group. The test was a kind of success test consisting of open-ended questions testing spatial ability in the scope math curriculum programme in primary education. The questions on the pre-post test were taken from the Block of Cubes test in the e-book prepared by Wright Group in the www.wrightgroup.com/download/cp/g6_geometry.pdf. The goals of the Block of Cubes Test are visualize three-dimensional blocks from different perspectives, interpret two-dimensional drawings of three-dimensional objects, and identify faces of cubes. The Block of 1
[1]
Patricia McClurg.
Exploring Children's Spatial Visual Thinking in an HyperGami Environment.
,
1997
.
[2]
Roger Smith,et al.
Spatial Visualization: Fundamentals and Trends in Engineering Graphics
,
2001
.
[3]
Evelyn J. Sowell.
Effects of Manipulative Materials in Mathematics Instruction
,
1989
.
[4]
Michael T. Battista,et al.
Spatial Visualization, Formal Reasoning, and Geometric Problem-Solving Strategies of Preservice Elementary Teachers.
,
1989
.
[5]
Pavel Boytchev,et al.
Developing an Active Learning Environment for the Learning of Stereometry
,
2007
.
[6]
S. Olkun,et al.
The Effect of Pre-Engineering Activities on 4 th and 5 th Grade Students' Understanding of Rectangular Solids Made of Small Cubes
,
2008
.
[7]
D. Clements.
‘Concrete’ Manipulatives, Concrete Ideas
,
2000
.
[8]
S. Olkun.
Making connections: improving spatial abilities with engineering drawing activities
,
2003
.
[9]
Ángel Gutiérrez,et al.
Exploring the links between Van Hiele Levels and 3-dimensional geometry
,
1992
.
[10]
Douglas H. Clements,et al.
Rethinking "Concrete" Manipulatives
,
1996
.
[11]
Çağdaş Oto,et al.
Establishing conceptual bases for the measurement of volume
,
2009
.
[12]
Montse Tesouro,et al.
The computer helps in the acquisition of educational knowledge: An experience with Spanish’s students
,
2007
.