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Integration Pattern between Electrochemistry Competence with Battery Competence Unit and Analysis of Achievement Result of Creativity Indicator on Vocational High School

机译:电化学能力与电池能力单位的集成模式及职业高校创造性指标的成就结果分析

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This study aims to: 1) determine the pattern of integration between electrochemistry competence and battery competence unit, 2) analyze the results of achievement of the indicator of creativity on the question of electrochemistry tests integrated with battery competence unit. The research was conducted in vocational school in Semarang regency. Data obtained through pretest and posttest in experimental class and conventional class. Pretest and posttest questions tested to students based on creativity indicators in vocational schools proposed by Piirto (2011) are: 1) cognitive strategies macroabilities (a) clarifying issues, conclusions, or beliefs, (b) analyzing or evaluating arguments, interpretations, beliefs, or theories, (c) generating or assessing solutionsand 2) cognitive strategies microskills (a) comparing and contrasting ideas, predictions, or interpretations, (b) making plausible inferences, predictions, or interpretations, (c) giving reason and evaluation evidence and alleged facts. The result of the integration pattern is the figure and matrix between electrochemistry competence and battery competence unit. Based on the results of the study showed that there is a increase in each indicator of creativity. The increase in each indicator of creativity in the experimental class is higher than conventional class.
机译:本研究旨在:1)确定电化学能力和电池能力单元之间的集成模式,2)分析了与电池能力单元集成的电化学测试问题的创造性指标的成果结果。该研究在Semarang Regency的职业学校进行。通过预测试和在实验类和常规类中获得的数据。对基于Piirto(2011)提出的职业学校的创造性指标的预测试和后题问题是:1)认知战略宏观行为(a)澄清问题,结论或信仰,(b)分析或评估论据,解释,信仰,或理论,(c)产生或评估解决方案和2)认知策略微观策略(a)比较和对比思想,预测或解释,(b)制定合理的推论,预测或解释,(c)给出理性和评估证据并指控事实。集成模式的结果是电化学能力和电池能力单元之间的数字和矩阵。基于研究结果表明,每个创造力指标都有增加。实验课程中创造力的每个指标的增加高于常规类。

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