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Pembelajaran Fisika Materi Mekanika Benda Tegar: Review Media, Model, dan Metode Syahrial, Aisha Hanum; Deliana, Wulan; Cahyani, Vina Dwi; Husaini, Ahmad Fakhri
Mitra Pilar: Jurnal Pendidikan, Inovasi, dan Terapan Teknologi Vol. 1 No. 2 (2022): Mitra Pilar: Jurnal Pendidikan, Inovasi, dan Terapan Teknologi, Volume 1 Nomor
Publisher : MJI Publisher by PT Mitra Jurnal Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (256.682 KB) | DOI: 10.58797/pilar.0102.06

Abstract

Abstract Rotational Dynamics is one of the physics subjects which is quite difficult for students. Several previous studies have shown students' difficulties on this topic. So, it causes students to experience misconceptions. Therefore, the purpose of compiling this article is to: (1) discover the causes and types of misconceptions; (2) know the methods, models, and media for learning physics on dynamic rotation and equilibrium of rigid bodies. The research method used is a literature review, with the keyword rigid body mechanics. In the results, there are several types of learning methods, models, and media, some examples are discovery learning models, problem-based learning models, scientific-based learning methods, experimental device methods, learning media in the form of videos, e-books, handouts, web, and so on. In retrospect, both the methods, models, and learning media that will be applied can effectively prevent or overcome misconceptions. The author hopes that in the future, there will be many innovative methods, media, and learning models as one of the efforts to educate the nation's children. Abstrak Dinamika Rotasi merupakan salah satu mata pelajaran fisika yang cukup sulit bagi siswa. Beberapa penelitian sebelumnya menunjukkan kesulitan siswa pada topik ini. Sehingga hal itu menimbulkan siswa mengalami miskonsepsi. Maka dari itu, tujuan disusun nya artikel ini adalah untuk: (1) mengetahui faktor penyebab dan jenis-jenis miskonsepsi; (2) mengetahui metode, model, serta media pembelajaran fisika materi dinamika rotasi dan kesetimbangan benda tegar. Metode penelitian yang digunakan adalah berupa tinjauan literatur, dengan kata kunci mekanika benda tegar. Pada hasil terdapat beberapa jenis metode, model dan media pembelajaran, beberapa contohnya adalah model discovery learning, model problem based learning, metode pembelajaran berbasis saintifik, metode perangkat percobaan, media pembelajaran berupa video, e-book, handout, web, dan lain sebagainya. Jika ditinjau kembali, baik metode, model dan media pembelajaran yang akan diterapkan dapat efektif untuk mencegah maupun mengatasi miskonsepsi. Penulis berharap dimasa yang akan datang, banyak inovasi metode, media maupun model pembelajaran sebagai salah satu upaya untuk mencerdaskan anak bangsa.
STEM-Robotics Training for Science Teachers: Designing Interactive Learning Muliyati, Dewi; Purwahida, Rahmah; Handarini, Dwi; Permana, Handjoko; Bakri, Fauzi; Sabrina, Putri Marsha; Zain, Nisrina Tsabitah; Cahyani, Vina Dwi; Sholina, Wini; Mahmudah, Muhammad Suryauno
Mitra Teras: Jurnal Terapan Pengabdian Masyarakat Vol. 3 No. 1 (2024): Mitra Teras: Jurnal Terapan Pengabdian Masyarakat, Volume 3 Nomor 1, Juni 2024
Publisher : MJI Publisher by PT Mitra Jurnal Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.58797/teras.0301.02

Abstract

STEM education is critical in current teaching because it combines science, technology, engineering, and mathematics into a unified learning experience. STEM education focuses on educating students for the changing profession by developing critical thinking and problem-solving abilities while also addressing gender inequalities in STEM disciplines. Robotics, an important component of STEM education, provides hands-on learning experiences that pique students' curiosity and practical application of STEM principles. To overcome the scarcity of talented individuals in STEM industries, educators must get STEM and robotics training. This publication describes a STEM-Robotics training program meant to help science instructors incorporate robotics into their teaching techniques. The program seeks to improve instructors' robotics education skills, create new teaching techniques, bridge theory and practice, and improve student engagement and learning results. By combining hands-on robotics activities into the curriculum, the program hopes to foster dynamic learning settings that encourage creativity, critical thinking, and collaborative problem-solving abilities. This book describes the STEM-Robotics training program's rationale, organization, aims, and expected impact, emphasizing its importance in educating students for future employment in technology, engineering, and other STEM-related disciplines.