ELECTRONIC MODULE WITH ICARE APPROACH (INTRODUCTION, CONNECTION, APPLY, REFLECTION, EXTENSION) ASSISTANT ARTICULATE STORYLINE MATERIALS OF ATOMIC NUCLEUS AND RADIOACTIVITY

Abstrak Penelitian ini bertujuan untuk mengembangkan media pembelajaran berupa modul elektronik dengan pendekatan ICARE (introduction, connection, apply, reflection, extension) berbantuan articulate storyline pada materi inti atom dan radioaktivitas SMA yang layak digunakan dalam pembelajaran. Model penelitian adalah Research and Development (R&D) model pengembangan ADDIE meliputi lima tahapan yaitu tahap perencanaan (design), (development), impelementasi (implement), evaluasi (evaluate). Modul dikembangkan didesain yaitu: 1) Introduction, 2) Connection, 3) Apply, 4) Reflection, 5) Extension. Berdasarkan analisis kebutuhan dilakukan kepada 35 peserta didik kelas 12 SMAN 79 Jakarta, hasil didapatkan menunjukkan: sebanyak 80% (28 responden) sulit memahami pelajaran fisika PJJ; 57,1 % (20 menganggap bahwa sulit; 94,3% (33 tertarik belajar menggunakan elektronik; 91,4% (32 setuju bersifat interaktif dilengkapi video, animasi simulasi; 97,1% (34 ICARE. Kesimpulan awal judul karakteristiknya produk dihasilkan ditulis bahasa komunikatif, gambar, animasi, simulasi, video. Kata-kata kunci: elektronik, ICARE, storyline, Abstract This study aims to develop learning in the form of an electronic module with approach assisted by on atomic nucleus high school radioactivity that are suitable for use learning. The research used is development model, which includes five stages: planning (design) stage, implementation evaluation stage. developed designed approach, stages, namely: Based needs analysis conducted grade students results were: respondents) had difficulty understanding physics lessons 57.1% think nuclei difficult; 94.3% interested using modules; 91.4% agree interactive videos, animations, simulations; 97.1% agreed was approach. conclusion this initial title feasible characteristics resulting product written communicative language, equipped pictures, simulations, videos. Keywords: Electronic module, nucleus,