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e-AV BIOLOGY Courseware : a Model of Learning about RenewableudEnergy

机译:e-AV BIOLOGY课件:关于可再生能源的学习模型 ud能源

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摘要

Teaching and learning process was often faced with abstract subjects and it is out of theuddaily experience such as the process of biofuel production or renewable energy on industrialudbiotechnology field, which is one of subject unit in Biology. Therefore, this subject was difficult toudbe taught by teacher and difficult to be understood by student. In this research, biology especiallyudrenewable energy (the process of biofuel production) one of industrial biotechnology field wasudchosen because of many factors such as the production of biofuel needs long time, the process toudproduce biofuel is very complex and industrial biotechnology subject was difficult to be taught byudteachers in the classroom. So they need the aids to explain biofuel in the classroom. The teachers’udability and competency are necessary to teach the Biology course to be more attractive and efficient.udVisualization is one of the ways that can be done to concretize an abstract idea. e-Audio VisualudBiology courseware (e-AV BIOLOGY) is one of the alternative aids to explain this course, soudbiology learning will be more interesting for the students. This paper considers the design anduddevelopment of a web-based courseware for education of biology in Indonesia Senior High Schools.udThe new teaching media, namely e-AV BIOLOGY, had been developed as a teaching approach inudscience education. e-AV BIOLOGY had been developed with integrated and comprehensiveudAssignment, Quizzes, and Discussion Board for supporting the students' learning process. Thisudresearch had examined the impact of e-Audio Visual Biology towards students’ attitude, students’udinterest and learning outcomes in Indonesia Senior High Schools. The later part of this paperudpresents the evaluation data from a main research conducted with students at Senior High Schoolsudin Semarang, Indonesia. The findings from the main research are also discussed.ududKeywords : e-Audio Visual, Courseware, Biology, Renewable Energy, Learning Model
机译:教学过程中经常遇到抽象的主题,这是生物生物技术领域的生物燃料生产或可再生能源过程的日常经验,这是生物学的学科单元之一。因此,这门课很难被老师讲授,也很难被学生理解。由于生物燃料的生产需要较长时间,生物燃料的生产过程非常复杂以及工业生物技术等诸多因素,本研究选择了生物学尤其是可再生能源(生物燃料的生产过程)作为工业生物技术领域之一。课堂上教师很难教授这个科目。因此,他们需要帮助来在教室里解释生物燃料。老师的 u200b u200b能力和胜任能力是教授生物学课程使其更具吸引力和效率所必需的。 ud可视化是具体化抽象概念的一种方法。电子视听 udBiology课件(e-AV BIOLOGY)是解释本课程的替代辅助工具之一,因此 udbiology学习对于学生而言将更加有趣。本文考虑了印度尼西亚高中生物学教育的基于Web的课件的设计和开发。 ud新的教学媒体,即e-AV BIOLOGY,已被开发为 udscience教育的一种教学方法。 e-AV生物学已开发出具有集成的,全面的 udAssignment,测验和讨论板,以支持学生的学习过程。这项 udresearch研究调查了电子视听生物学对印度尼西亚高中生的态度,学生的 ud兴趣和学习成果的影响。本文的后半部分介绍了与印尼高中生 udin Semarang进行的一项主要研究得出的评估数据。 ud ud关键字:电子视听,课件,生物学,可再生能源,学习模型

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