Exploring Student Technology and Engineering Literacy in Science Learning: an Overview of the Initial Study

J. Penelitian, Pendidikan Ipa, Defrizal Hamka, Irma Rahma Suwarma, Sjaeful Anwar
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Abstract

Technological and engineering literacy is a capability that must be imparted to students in order to be able to compete globally and be able to solve 21st century problems. This study aims to describe aspects of technological and technical literacy of junior high school students. This type of research is descriptive quantitative analysis. Data were obtained from technological and technical literacy test instruments. The test instrument is adopted from tests issued by NAEP. Data were analyzed quantitatively. The research results show that 69.2% in the complete category, 15.4% in the Partial category and incomplete in the Understanding of Technology Principles aspect. The aspect of Developing Solutions and Achieving Goals as many as 54.8% of students fall into the complete category, 19.2% in the Satisfactory category, 15.4% the Essential category, 7.7% the Partial category, and 26.9% incomplete category. Meanwhile, the Communication and Collaboration aspect, 65.4% were in the complete category, and 34.6% were in the incomplete category. three types of assessment targets in the three main TEL assessment areas, with the most complete category being Gather and Organize data and information, followed by Identification of examples of systems or processes and Representation of alternative analysis and solutions. Science learning involving real experiences and design and engineering processes related to technological principles will make students technologically and engineering literate and can improve students' critical thinking and problem solving abilities.
探索科学学习中的学生技术与工程素养:初步研究概述
技术和工程素养是必须向学生传授的一种能力,这样他们才能在全球竞争中立于不败之地,才能解决 21 世纪的问题。本研究旨在描述初中生科技素养的各个方面。本研究属于描述性定量分析。数据来自科技素养测试工具。测试工具采用 NAEP 发布的测试。对数据进行了定量分析。研究结果表明,在理解技术原理方面,69.2%的人完全理解,15.4%的人部分理解,不完全理解。在制定解决方案和实现目标方面,54.8%的学生属于完全类,19.2%的学生属于满意类,15.4%的学生属于基本类,7.7%的学生属于部分类,26.9%的学生属于不完全类。同時,在溝通與協作方面,65.4%屬於完整類別,34.6%屬於不完整類別。在三個主要的資訊科技評估範疇中,有三類評估目標,其中最完整的類別是收集及整理數據和資料,其次是識別系統或過程的例子,以及表達其他分析和解決方案。科學學習涉及與科技原理相關的真實經驗和設計與工程過程,可使學生 具備科技和工程素養,並可提升學生的批判性思考和解決問題的能力。
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