Pengembangan Media Pembelajaran Mikroprosesor Berbasis Robot Terbang Teknik Informatika Universitas Islam Makassar

Abstract

Hasil belajar Mahasiswa Jurusan Teknik Informatika untuk materi mikroprosesor mengalami penurunan karena media yang digunakan kurang menarik minat dan respon mahasiswa. Tujuan penelitian ini yaitu untuk mengetahui respon mahasiswa pada pengembangan media pembelajaran mikrokontroler berbasis robot terbang. Jenis penelitian ini adalah penelitian Research and Development (R&D). Menurut Punaji Setyosari (2013: 222), penelitian dan pengembangan juga disebut sebagai suatu pengembangan berbasis pada penelitian. Untuk menghasilkan suatu media pembelajaran interaktif yang diaplikasikan pada mata kuliah mikroprosesor Jurusan Teknik Informatika Fakultas Teknik Universitas Islam Makassar. Pada proses uji coba peneliti melakukan uji coba tahap satu dan tahap dua, hasil analisis memperlihatkan bahwa rata-rata respon mahasiswa terhadap media bervariasi. Untuk respon mahasiswa terhadap aspek tampilan media rata-rata 90,4% naik 19,% dari nilai rata-rata sebelumnya 71,4%. Sedang pada aspek isi, respon mahasiswa rata-rata 94% naik 5,2% dari nilai sebelumnya 88,8%. Produk media pembelajaran berbasis robot terbang yang dihasilkan telah layak untuk digunakan pada pembelajaran mikrokontroler. Hal ini dapat dilihat dari penilaian respon mahasiswa pada pengembangan media pembelajaran mikrokontroler berbasis robot terbang di Fakultas Teknik Program Studi Teknik Informatika Universitas Islam Makassar menghasilkan nilai rata-rata aspek tampilan media 90,4% dan aspek isi dengan nilai rata-rata 94%.

Herobot Learning Media for Grade IV Elementary School Students

“…While the results of the student response questionnaire to the development of Herobot media showed an average percentage of 93.75% with a very good category giving a positive response to the development of Herobot media. Research result from previous research states flying robot-based learning media developed has received an assessment that it is feasible for use in learning materials microcontroller based on student responses when applying flying robot-based learning media at University Islam Makassar Faculty of Engineering Program The study of Informatics Engineering produces an average value of the media display aspect of 90.4% and content aspect with an average value of 94% (Alamsyah et al, 2019). Based on the teacher and student responses above, it can be concluded that Herobot media is able to attract students' enthusiasm in the learning process.…”

“…Robot learning media is a feasible media and can be used in learning. This is based on the research which states based learning media flying robot has been feasible for use in learning microcontroller seen from student response assessment application of -based learning media flying robot at Faculty of Engineering Program University Informatics Engineering Studies Makassar Islam produces an average score media display aspect 90.4% and content aspect with an average value of 94% (Alamsyah et al, 2019). This research is in line with the results of previous study who states that which shows that the assessment of the media feasibility level Smart Robot learning according to media experts obtained a score of 119.5 out of a maximum score of 128 in the "VERY" category DESERVED" and according to material experts, got a score of 62 from the maximum score 76 with the category "VERY worthy" used in learning sensors and actuators at the Department of Industrial Electronics Engineering at SMK Negeri 2 Lovers.…”

Development of Augmented Reality-Based Mobile App Learning Media for Computer Network Hardware Material

“…One of the fundamental and important subjects in this learning process is hardware. The application and utilization of technology in the learning process are considered ideal for accommodating students' activities in understanding abstract concepts and for increasing interest, motivation, and learning enthusiasm (Alamsyah et al, 2019). Based on a case study, monotonous learning causes many students to have difficulty understanding computer network hardware material.…”