doi: 10.23255/THESTEAM.2024.1.2.093 BibTeX RIS Mendeley


Learning Challenge: Farm Tractor Prototype with Solar Cell Technology in PjBL- STEM Learning using 4Dframe to Enhance the 21st Century Skills of 10th Graders

태양 전지 기술이 적용된 농장 트랙터 프로토타입,프로젝트 기반 학습-4D프레임을 활용한 STEM학습-

  • Sigit Subagja (Pakuan University, Indonesia)
  • Yulia Ramdinawati Syam (Pakuan University, Indonesia)
  • Ade Gunawan (Pakuan University, Indonesia)
  • Anna Permanasari (Pakuan University, Indonesia)

Abstract

The 21st Century brings many new challenges and opportunities, mainly driven by technological advancements, globalization, and a rapidly changing workforce landscape. The main goal of education is no longer academic success but also equipping students with skills called 21st century skills. The 21st century skills needed to solve complex 21st century problems such as net zero challenges. Net Zero aims to achieve carbon neutrality by balancing greenhouse gas emissions and removal from the atmosphere. The research aims to develop, implement, and analyze the effects of PjBL-STEM learning on students' 21st century skills to address the net zero challenge. The research also examined how students respond to renewable Energy learning using the PjBL-STEM model through a solar-powered tractor project supported by the 4Dframe. This study used a conversion mixed methods approach to transform qualitative data into quantitative data using established rubrics. The results showed that PjBL-STEM learning associated with environmental issues enhances students' 21st century skills and significantly affects the teaching of students' critical thinking. Meanwhile, students showed good performance in communication, collaboration, and creativity skills through discussion activities, teamwork, presentations, and EDP.


Keyword

21세기 역량, 프로젝트 기반 융합 교육, 재생 에너지, 탄소 중립, The 21st century skill, PjBL-STEM, Renewable Energy, Net Zero


Publication Info.

Bibliography
The Next Generation Frontiers of STEAM / v.1, no.2, 2024, pp.93-107
Publisher
포디프레임학회
pISSN
3058-2709
eISSN
3058-3020
Date
2024.12.31

History

2024.12.31 PUBLISHED
2025.04.02 ASSIGNED_DOI

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