DEVELOPMENT OF A TRAINING MODEL FOR MAKING KARAWO MOTIF DESIGNS

MUKHLISULFATIH LATIEF(1*), SYAHRUL SYAHRUL(2), ABDUL MUIS MAPPALOTTENG(3),

(1) Gorontalo State University, Indonesia
(2) Faculty of Engineering, State University of Makassar, Indonesia
(3) Faculty of Engineering, State University of Makassar, Indonesia
(*) Corresponding Author



Abstract


The objectives of this study are to: (1) Produce a training model design for making karawo motif designs for karawo craftsmen, (2) Produce a valid training model for making karawo motif designs, (3) Produce a training model for making karawo motif designs that are practical to use, The development model used in this study is the ADDIE model. The test includes four test stages, namely expert review (content validity), product feasibility testing of training model devices, limited trials, and expanded trials. In the limited trial there were 15 karawo craftsmen involved and for the expanded test there were 30 karawo craftsmen as respondents. Data collection related to the development of training models using interviews. Expert review using Aiken's formula, feasibility test using descriptive statistics, limited trials as well as expanded trials to measure the practicality of the training model. The results showed that (1) This karawo motif design training model product can be used to improve the competence of karawo craftsmen in designing karawo motifs. This model is equipped with (a) Training model book for making karawo motif designs, (b) Karawogen application as one of the supports and tools for karawo craftsmen in making new and more varied karawo motifs, and (c) Training modules for making karawo motif designs, (2) Based on expert analysis, This training model is declared valid which is indicated by (a) The training model book for making karawo motif designs is included in the Very feasible category, (b) Karawogen application is included in the very feasible category, and (c) The training module is included in the very feasible category, (3) Practicality assessment in limited and expanded product trials is included in the practical category.

Keywords: Training Model, Karawo Motif

 


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References


Al-Shurbaji, Tamara A., Khalid A. Alkaabneh, Issam Alhadid, and Ra’Ed Masa’deh. 2022. “An Optimized Scale-Invariant Feature Transform Using Chamfer Distance in Image Matching.” Intelligent Automation and Soft Computing 31(2).

Alamri, Jamilah, Rafika Harrabi, and Slim Ben Chaabane. 2021. “Face Recognition Based on Convolution Neural Network and Scale Invariant Feature Transform.” International Journal of Advanced Computer Science and Applications 12(2).

Badriah, U. 2010. “Corak Tenun Menggunakan Tree Structured Vector Quantization.” Institut Teknologi Sepuluh Nopember.

Chen, Shuhan et al. 2021. “Iterative Scale-Invariant Feature Transform for Remote Sensing Image Registration.” IEEE Transactions on Geoscience and Remote Sensing 59(4).

Cheung, Warren, and Ghassan Hamarneh. 2022. “Scale Invariant Feature Transform for N-Dimensional Images (n-SIFT).” The Insight Journal.

Djibu, Rusdin, and Ummyssalam Duludu. 2020. “Video Pembelajaran Sulaman Karawo Berbasis Karakter Melalui Kelas Maya Di LKP Provinsi Gorontalo.” 14(2): 109–15.

Haris. 2019. “75 Pengrajin Ikuti Pelatihan Desain Motif Karawo.” https://gorontaloprov.go.id/75-pengrajin-ikuti-pelatihan-desain-motif-karawo/ (March 21, 2022).

Koniyo, M. Hidayat, Sance A Lamusu, Lillyan Hadjaratie, and A. A Bouty. 2015. “Perancangan Aplikasi Rekomendasi Motif Karawo Berdasarkan Karakter Pengguna Berbasis Budaya Gorontalo.” (November).


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