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Journal : Agrointek

Perancangan model kemasan distribusi minuman kopi cup menggunakan kansei engineering (studi kasus kopi ruang normal) Novi Purnama Sari; Iffat Halimatus Sa’diyah; Muryeti Muryeti
AGROINTEK Vol 18, No 4 (2024)
Publisher : Agroindustrial Technology, University of Trunojoyo Madura

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.21107/agrointek.v18i4.19930

Abstract

Ruang Normal Coffee UMKM implements online buying and selling in marketing their products, but these UMKM do not yet have distribution packaging to protect the product during delivery. Based on the field survey, the distribution problems were the coffee cup packaging being dented, leaking, difficult to carry, and unattractive. The distribution packaging is currently considered not following consumer preferences because it is only in the form of clear plastic. This study aims to design packaging for distributing MSME coffee drinks in the Normal Room according to consumer preferences. The method used is Kansei Engineering (KE). KE implementation is supported by decision-making methods in determining packaging design concepts and packaging design elements. The term frequency-inverse document frequency (TFIDF) and principal component analysis (PCA) methods determine the design concept. In contrast, the Rough Set method determines the design elements. Sampling of respondents using purposive sampling with a minimum number of 30 respondents. The results of this study were that there were 21-word pairs based on TFIDF extraction and 40 packaging samples. The design concept was obtained through PCA analysis of the two main components that have a variance value of 1, namely PC-1 produces the concept of "challenging-modern" and PC-2 produces the concept of "old-fashioned-practical." The combination of design elements from rough set analysis for the “challenging-modern” concept is cardboard/corrugated material, blunt end handles, folding cartons, tray/box type without additional features, sans-serif fonts, and illustrations. Meanwhile, the "old fashioned-practical" concept consists of kraft materials, round handles, sleeve shapes, inner stands or trays/boxes, pop-up designs, classic concepts, monochrome, and illustrations. The final step is implementing the design elements into the 3D packaging mockup model. This research has an impact on the development of science and technology in the packaging design process by considering consumer feelings using quantitative methods that are more objective
Penerapan jaringan syaraf tiruan untuk menentukan elemen desain kemasan Numany rempeyek berbasis kansei engineering Novi Purnama Sari; Vita Anggraini Akkili; Muryeti Muryeti
AGROINTEK Vol 18, No 3 (2024)
Publisher : Agroindustrial Technology, University of Trunojoyo Madura

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.21107/agrointek.v18i3.21790

Abstract

In developing packaging, MSME Numany Rempeyek must find out what kind of packaging consumers want. Based on the survey results, 96.8% of respondents stated that the packaging used was not appropriate, as if the packaging was a bit difficult to distribute because the product was easily destroyed, and the packaging was not good in terms of features. and design. This research aims to identify design elements for peanut brittle products based on the concepts obtained. Kansei Engineering is used in packaging development because it can describe consumer desires through their emotions so that it can be customized. The K-Means and Artificial Neural Network methods are used to support the application of Kansei Engineering. The process of determining the concept uses K-Means while the Artificial Neural Network method is used to identify design elements. The research results show two concept clusters, namely "Modern" and "Practical". Meanwhile, the results of the "Modern" concept design elements consist of multilayers (X1.2), center seal (X2.7), sealer (X3.1), modern (X4.1), window only or others (X5.2), illustration (X6.2), black only or combination (X7.2). On the other hand, the "Practical" concept obtains design elements in the form of plastic (X1.1), gusset (X2.4), zip-lock (X3.4), natural (X4.6), tear notch only or others (X5. 3 ), photo (X6.1), brown only or combination (X7.3). This research can produce new packaging designs that are obtained quantitatively to minimize uncertainty and subjectivity in the packaging design process. Kansei Engineering has proven effective in designing packaging based on consumer preferences.
Ekstraksi elemen kemasan basreng ikan menggunakan metode rough set berbasis Kansei Engineering Novi Purnama Sari; Annisa Putri Febriyani; Wiwi Prastiwinarti
AGROINTEK Vol 20, No 1 (2026)
Publisher : Agroindustrial Technology, University of Trunojoyo Madura

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.21107/agrointek.v20i1.27077

Abstract

This study employs the Rough Set method based on Kansei Engineering to analyze the packaging design elements of fish fried meatballs. The purpose of this study is to identify design elements that align with consumer preferences. The method involved collecting consumer preference data through Kansei Engineering and processing it using Rough Set analysis. The results recommended a packaging design with the highest Laplace value of 0.7500 and a support size of 2. The recommended packaging includes multilayer material, standing pouch type, sealing closure system, additional features such as ziplock and hanging hole, modern design style, sans-serif typography, design elements featuring images and illustrations, a fun color scheme, medium size, and direct print on the material surface. This study demonstrates that Kansei Engineering can produce packaging designs that match consumer preferences through quantitative data analysis.