化学教育专业学生性能技术胜任力培养模式的开发

Zurweni Zurweni, Affan Malik
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摘要

SN-Dikti 2020中包含的免费学习校园计划(MB-KM)与21世纪教育的需求非常相关,以应对全球时代学习的挑战。MB-KM计划为学生提供了掌握各个科学领域的机会,发展创造力,能力和其他与工作世界需求相关的能力。需求分析结果显示,学生在学校管理能力、分析思维能力、技术新颖性和科学行为四个能力方面的掌握程度仍未达到最高,平均为51.75%,而教学能力、高中化学科学能力和DIGITAL LEARNING IT能力三个能力的掌握程度都很好,平均为80.20%。在此背景下,对化学教育学生理性-创造性绩效技术培养模式的开发进行了研究。这项研究是教育发展研究(Borg & Gall: 2007)。这一培训模式的特点是为学校教育提供独立学习教师动力。用于设计该培训模型的MODEL ID是采用修改后的ASSURE模型,而Rational-Creative Performance Technology培训模型是由Zurweni & Affan Malik(2020)开发的。结果表明:理性-创新绩效技术培训模式具有创新干预导向、理性探索、理性技术培训与评价四个合成部分。评估和验证结果和试验表明,“理性-创造性绩效技术培训模式”属于良好类别,但由于covid-19大流行,现场试验尚未成功实施。结论是,这种理性-创造性绩效技术培训模式值得使用,是一种新的突破,可以替代对参与PLP计划的学生进行合作学校的充实汇报。建议在学习计划的层面以及在介绍学校领域之前的学生汇报充实会议上使用这种培训模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Performance Technology Competency Training Model for Students of Chemical Education
The free learning-campus program (MB-KM) contained in SN-Dikti 2020, is very relevant to the demands of 21st century education in order to address the challenges of learning in the global era. The MB-KM program provides opportunities for students to master various fields of science, develop creativity, capacity and other competencies related to the needs of the world of work. The results of the needs analysis show that there are still four competencies that have not been maximally mastered by students, namely: school management competencies, analytical thinking, technological novelty and science behavior with an average of 51.75%, while the other three competencies: pedagogical competence, high school chemistry science, and DIGITAL LEARNING IT competence have been very good with an average of 80.20%. Against the background, this was conducted research on the Development of Rational-Creative Performance Technology Training Model for Chemistry Education Students. This research is educational development research (Borg & Gall: 2007). The characteristic of this training model is in the form of Merdeka Learning Teacher Mover for school education. The MODEL ID used to design this training model is adapting the modified ASSURE model, while the Rational-Creative Performance Technology Training Model was developed by Zurweni & Affan Malik (2020). The results showed that the Rational-Creative Performance Technology Training Model has four synths: Innovation Intervention Orientation, Rational Exploration, Rational Technology Training and Evaluation. Evaluation and validation results and trials state that the Rational-Creative Performance Technology Training Model falls into the category of good, with field trials have not been successfully implemented due to the covid-19 pandemic. It was concluded that this Rational-Creative Performance Technology Training Model is worth using and is a new breakthrough as an alternative to enrichment in the debriefing of students who follow the PLP Program to partner schools. It is recommended to use this training model at the level of the Study Program as well as at the student debriefing enrichment session before following the introduction of the school field.
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