PENGEMBANGAN INSTRUMEN TES SCIENTIFIC ARGUMENTATION FISIKA BERBASIS TEORI TES MODERN MENGGUNAKAN PEMODELAN SOAL MELALUI E-LEARNING EDPUZZLE LMS

ALDA, NOVITA SARI (2025) PENGEMBANGAN INSTRUMEN TES SCIENTIFIC ARGUMENTATION FISIKA BERBASIS TEORI TES MODERN MENGGUNAKAN PEMODELAN SOAL MELALUI E-LEARNING EDPUZZLE LMS. Masters thesis, UNIVERSITAS LAMPUNG.

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Abstrak (Berisi Bastraknya saja, Judul dan Nama Tidak Boleh di Masukan)

Penelitian ini bertujuan untuk mengembangkan produk instrumen tes scientific argumentation fisika yang valid, praktis, dan efektif. Berdasarkan penelitian pendahuluan melalui google form di 12 Sekolah di Provinsi Lampung diperoleh bahwa guru melakukan pembelajaran kepada siswa yaitu 81% secara luring, 6% daring, 13% blended learning. Hasil analisis angket kebutuhan terhadap 28 siswa di 5 Sekolah bahwa 68% siswa kesulitan memahami fisika. Instrumen penilaian pembelajaran menurut siswa 64% membuat sendiri, sedangkan 36% dari buku/mengambil dari internet. Siswa menyatakan 54% sudah pernah, sedangkan 46% belum pernah menyelesaikan masalah kompleks fisika yang meminta argumentasi ilmiah. Pada sistem penilaian yaitu 93% siswa mengharapkan guru menilai secara objektif. Guru sebanyak 88% dan siswa 68% setuju jika penilaian hasil belajar mendorong meningkatkan scientific argumentation. Hasilnya 95% siswa dan guru menyetujui adanya penilaian scientific argumentation. Desain penelitian pengembangan, Borg & Gall (1989) dengan 10 tahapan. Produk instrumen tes telah dinyatakan sangat valid dengan bobot persentase rata-rata dari ahli media, evaluasi, dan bahasa sebesar 91%. Kepraktisan instrumen terkategori 97% sangat praktis sehingga dapat digunakan pada pembelajaran Fisika. Hasil menggunakan Rasch Model dengan berbantuan software Ministep Rasch 5.9.2.0, telah memenuhi kriteria reliabel dengan person reliability sebesar 0,82 & 0,84, item reliability yaitu 0,87 & 0,88 terkategori bagus. Nilai cronbach alpha reliability sebesar 0,84 terkategori bagus sekali. Oleh karena itu, efektivitas dengan hasil terkategori bagus sekali untuk menstimulus scientific argumentation siswa dengan pemodelan soal fisika melalui e-learning edpuzzle LMS. This study aims to develop a scientific argumentation test instrument in physics that is valid, practical, and effective. Based on preliminary research conducted via Google Forms in 12 schools in Lampung Province, it was found that teachers deliver instruction to students through offline methods (81%), online (6%), and blended learning (13%). The results of a needs analysis questionnaire distributed to 28 students in 5 schools showed that 68% of students had difficulty understanding physics. Regarding assessment instruments used in learning, 64% of students reported creating them independently, while 36% used books or sourced them from the internet. In terms of solving complex physics problems requiring scientific argumentation, 54% of students stated they had experience with such tasks, while 46% had not. For assessment systems, 93% of students expected teachers to assess objectively. A total of 88% of teachers and 68% of students agreed that learning outcome assessments should encourage the development of scientific argumentation. As a result, 95% of both students and teachers agreed on the importance of assessing scientific argumentation. The research employed, Borg & Gall (1989) development model, which consists of 10 stages. The developed test instrument was deemed highly valid, with an average percentage score of 91% from media, evaluation, and language experts. The practicality of the instrument was categorized as very practical at 97%, making it suitable for use in physics learning. The results, analyzed using the Rasch Model with the help of Ministep Rasch software version 5.9.2.0, met reliability criteria with person reliability scores of 0.82 and 0.84, and item reliability scores of 0.87 and 0.88 both categorized as good. The Cronbach’s alpha reliability score was 0.84, classified as excellent. Therefore, the effectiveness of the instrument was categorized as excellent for stimulating students’ scientific argumentation skills through physics problem modeling using the Edpuzzle LMS e-learning platform.

Jenis Karya Akhir:	Tesis (Masters)
Subyek:	300 Ilmu sosial > 370 Pendidikan > 373 Pendidikan menengah; sekolah tingkat lanjutan 500 ilmu pengetahuan alam dan matematika > 507 Pendidikan, penelitian, topik terkait ilmu pengetahuan alam 500 ilmu pengetahuan alam dan matematika > 530 Fisika
Program Studi:	FAKULTAS KEGURUAN DAN ILMU PENDIDIKAN (FKIP) > Prodi S2 Magister Pendidikan Fisika
Pengguna Deposit:	2506499922 Digilib
Date Deposited:	26 Jun 2025 02:56
Terakhir diubah:	26 Jun 2025 02:56
URI:	http://digilib.unila.ac.id/id/eprint/89661

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