The present research aims to examine the relationship between the spatial thinking skills of fourthgrade primary school students and their abilities pertaining to puzzle games. Spatial thinking refers to the mental manipulation of object sand thus the ability to move physically over space, time, and distance. The term also connotes a range of mental skills including intelligence with regard to the associations that stem from objects, their shapes, their paths, and how they move over distance. Spatial thinking skills are thought to be both innate and acquired. Humans are born with a fundamental cognition of space and distance and as children grow and experience their environment, they hone their spatial thinking capabilities. In this context, it is thought that the spatial thinking skills of children who frequently play with visual games and puzzles, such as locating patterns, finding symmetry, matching shapes or objects, identifying, combining and breaking up shapes, and working on jigsaws, are much more evolved. Based on this hypothesis, the correlational method was used in the study. In total, 117 students from a state school in Adana participated. Two measuring instruments were used. A geometry test was used to measure the spatial visualization skills of the students in two-dimensional geometry and another test was used to measure their proficiency in the puzzle games. The results revealed a positive and significant relationship between the puzzle test and the spatial visualization tests.© 2018 IOJES. All rights reserved Keywords: 1 Spatial thinking, puzzle, spatial visualization
Extended Summary PurposeScience, Technology, Engineering and Mathematics (STEM) education ensures that students develop various aptitudes such as self-reliance, problem-solving, and critical thinking. It also helps students gain life experience, hones their spatial skills, and aids them in becoming more inventive and innovative. STEM education aims to meet the requirements of the present age and facilitate economic progress by training individuals to meet the needs of the business world and develop the ability of technological innovation. Studies show that spatial skills are important for STEM education. As mentioned above, spatial thinking refers to the mental manipulation of objects and thus, the ability to move physically over space, or to a range of mental skills, including intelligence about spatial thinking, space, and space associations. For example, these skills are used to find a route using a map, store excess items, select containers of the appropriate size for leftovers of meals, replace a car seat in the same way, or use a diagram. Spatial thinking skills are thought to be both innate and later acquired. In addition, some studies state that spatial thinking can be developed through suitable working environments, activities, and equipment. In this context, it is thought that the spatial thinking skills of children who frequently play visual games and puzzles, such as locating patterns, finding symmetry, matching shapes or...