| The Effect of Math and Chess Integrated Instruction | | | | criterion-referenced assessment tool.) were given to |
| on Math Scores | | | | all pupils for both tests. Each lesson consisted of |
| | | | | lecturing, practice on math and chess integrated |
| John BUKY, Education Consultant | | | | worksheets and chess playing. |
| Frank HO, Canada certified math teacher | | | | |
| | | | | Results |
| The Chess Academy, Chicago, USA, June 2008 | | | | |
| | | | | Paired t test was used to analyze the data. The |
| Research studies have shown that chess can be | | | | results of this study shows significantly different on |
| used as an effective game-based teaching method. | | | | their math scores for all grade 1 to grade 8 pupils |
| However, all the past studies used chess as a | | | | between pre-test and post-test at level of p is less |
| separate instructional tool. There were no math | | | | than 0.01. |
| contents in chess instruction provided and there was | | | | |
| no math and chess integrated workbook used. This | | | | Group |
| study examined the effect on pupils’ math | | | | Group One |
| scores when a truly integrated math and chess | | | | Group Two |
| workbook was used as an instructional practice | | | | Mean |
| workbook. The results show that the integrated | | | | 36.46 |
| math and chess workbook significantly increased | | | | 55.45 |
| pupils’ math scores between pre-tests and | | | | SD |
| post-tests among grade 1 to grade 8 pupils. | | | | 15.82 |
| | | | | 19.37 |
| Key Words: math and chess; math and chess | | | | SEM |
| instruction, math and chess integrated workbook; | | | | 1.45 |
| math and chess integrated workbook; mathematics | | | | 1.78 |
| scores of the students | | | | N |
| | | | | 119 |
| Introduction | | | | 119 |
| | | | | t = 12.8729 |
| Research papers have demonstrated that chess | | | | |
| instruction improves analytical reasoning, problem | | | | Discussion |
| solving skills, and academic achievement (Chrisiaen & | | | | |
| Verholfstadt (1978); Frank & D’Hondt (1979); | | | | The results of this study demonstrate that a truly |
| Smith & Cage (2000)). Research conducted by | | | | integrated math and chess workbook can help |
| Gaudreau (1992) shows no significant differences | | | | significantly improve pupil’s math scores. Our |
| among the groups on basic calculations. These | | | | observations show that the effect of using a truly |
| research studies point to the direction that chess has | | | | integrated math and chess workbook also provides |
| strong effect on improving children’s cognitive | | | | mental entertainment and thought by pupils as more |
| ability than their arithmetic computation ability. By | | | | fun than traditional computation practices. Pupils were |
| teaching math and chess as two separate subjects, | | | | able to sit longer when working on math and chess |
| children do not have opportunities to work on basic | | | | integrated workbook than working on traditional |
| arithmetic operations using acquired chess knowledge, | | | | computation worksheets. |
| this may explain why by playing chess, it may not | | | | |
| statistically significant improve children’s basic | | | | The result of this research is particularly interesting |
| arithmetic computation ability. | | | | for children who do not have a high interest in playing |
| | | | | chess since the math and chess integrated workbook |
| How to maximize the benefits of chess instruction in | | | | involves visualization, analyzing, spatial relation and |
| such a way that not only chess benefits | | | | data processing, these types of problems provide |
| children’s cognitive development, but also their | | | | high order cognitive skills. Without spending substantial |
| computation ability? All the past chess instruction | | | | time on playing chess, we believe that children can |
| research studies have used chess instruction as an | | | | get the similar benefits of playing chess on cognitive |
| independent teaching tool and it is not truly | | | | effects by working on math and chess integrated |
| integrated with math instruction. The author Frank Ho | | | | workbooks. This may require further study. |
| created a math and chess integrated workbook. The | | | | |
| theoretical basis of how math and chess are | | | | Why children like to work on math and chess |
| integrated has been published by Ho (2006). We | | | | integrated workbook than on the traditional |
| believe that with the creation of truly integrated | | | | computation worksheets? Math and chess integrated |
| math and chess workbooks, pupils will be able to | | | | work has visual images, chess symbols, directions, |
| increase their computation ability by working on these | | | | spatial relation, and tables; all these are stimuli to kids |
| math and chess integrated workbooks. This is | | | | and keep their interests high while working on |
| particularly important for those children who have no | | | | computation problems. This also gives children ample |
| interest in playing chess, but they could still get | | | | opportunities to think visually. Most of the time, the |
| benefit of chess instruction by working on math and | | | | computation questions themselves are not written |
| chess integrated workbooks. | | | | for children to work on immediately but for children |
| | | | | to "create" themselves and these questions have to |
| No research has been done before on the effects of | | | | be actually "mapped" out by following directions and |
| using math and chess integrated workbook, this | | | | children love them. Children learn best while having |
| study will compare the effect of pupils’ math | | | | fun. |
| computation ability before using the math and chess | | | | |
| integrated workbook and after using it to see if | | | | References |
| there is a significant difference. | | | | |
| | | | | Chrisiaen & Verholfstadt, (1978) “Chess and |
| Method | | | | cognitive development”, Nederlandse Tydschrift |
| | | | | voor de Psychology en haar Grensbebieden 36, |
| One hundred and nineteen pupils, in grade 1 to grade | | | | 561-582. |
| 8, from five public elementary schools in Chicago, | | | | |
| Illinois, USA, participated in the after-school program | | | | Frank & D’Hondt, (1979) “Aptitudes and |
| for 120 minutes, twice a week, for a total of 60 | | | | learning chess in Zaire”, Psychopathologie |
| hours of instruction. None of the students has | | | | Africane, 15, 81-98. |
| possessed any substantial knowledge in chess. The | | | | |
| study began by administering pre-tests in the first | | | | Gaudreau (1992), “Etude Comparative sur les |
| week of this study at the beginning of the program | | | | Apprentissages en Mathematiques 5e Annee”, |
| on 10/23/06 and a post-test was conducted at the | | | | June manuscript |
| end of the program on 3/28/07. Tests of TONF | | | | |
| (The Compass Learning Explorer Online Diagnostic | | | | Ho (2006), “Enriching math using chess”, |
| Tool was used for both the pre-test and post-test. | | | | Journal of the British Columbia Association of |
| The Compass Learning Explorer Assessment meets | | | | Mathematics Teachers, British Columbia, Canada, |
| the requirements as a true valid and reliable | | | | Vector, Volume 47, Issue 2. |