基于翻转学习的生物技术在发酵新产品生产中的作用

I. R. W. Atmojo, Sajidan, D. Saputri, Suranto, R. Ardiansyah
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引用次数: 0

摘要

生物技术分为现代和传统两种。传统的生物技术方法之一是发酵。通过本研究,期望利用传统生物技术通过翻转学习生产出新的发酵产品。研究对象为2018/2019学年西班牙市场大学教师培训与教育学院四学期的80名职前小学教师。使用的工具是由12个项目组成的绩效评估。在应用科学学习中运用翻转学习后,根据产品新颖性的3个指标,从发酵过程中生产出16种以食品和饮料形式出现的新产品。根据80名学生的绩效评估结果,他们被分为16个小组,其中6.25%的小组能够生产出全新的产品,18.75%的小组能够生产出替代旧产品,75%的小组能够对现有产品进行修改。可以得出结论,应用科学领域利用传统生物技术进行翻转学习,可以生产出以食品和饮料为形式的新产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Role of Biotechnology to Produce New Fermentation Products Based on Flipped Learning
Biotechnology is classified into two, modern and conventional. One of the conventional biotechnology processes is fermentation. Through this research, it is expected that the use of conventional biotechnology through flipped learning can produce new fermented products. The research subjects were 80 pre-service elementary school teachers of 4th semester at the Faculty of Teacher Training and Education, Universitas Sebelas Maret in the 2018/2019 academic year. The instrument used was a performance assessment consisting of 12 items. After using flipped learning in applied science learning, 16 new products, in the form of food and beverages, were produced from the fermentation process based on 3 indicators of product novelty. Based on the results of the performance assessment on 80 students divided into 16 groups, 6.25% of the groups could produce completely new products, 18.75% produced products that could replace the old ones, and 75% managed to modify the existing products. It can be concluded that flipped learning in applied science by utilizing conventional biotechnology can produce new products in the form of food and beverages.
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