PREFERENSI MAHASISWA TERHADAP PENCAHAYAAN BUATAN IDEAL UNTUK RUANGAN KELAS STUDIO GAMBAR

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Leonardo .

Abstract

Drawing studio is essential for design students because it is used intensively and in a prolonged time. Lighting for drawing studio can support students drawing performance when installed properly. Hence, students’ preference for ideal lighting for drawing studios is aimed at this study. Conjoint analysis is used to look into students’ preferences through a set of designed profiles. Eight profiles for lighting studios are designed to consist of seven attributes with two levels each, resulting in rendered images by computer and then are exposed to 145 active students of design interior from the ongoing semester. The finding shows three main attributes, lighting distribution (27.3%), overall lighting intensity (18.2%), and desk-level lighting intensity (13.7%) are preferred the most consecutively. This study concludes those three main attributes as the most influential for lighting studio to support students drawing performance, while the rest are considered added value when the main three attributes are already fulfilled.

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How to Cite
., L. (2020). PREFERENSI MAHASISWA TERHADAP PENCAHAYAAN BUATAN IDEAL UNTUK RUANGAN KELAS STUDIO GAMBAR. Serat Rupa Journal of Design, 4(1), 51–66. https://doi.org/10.28932/srjd.v4i1.1965
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References

Boyce, Peter R., Wilkins, A. (2018). Visual Discomfort Indoors. Lighting Research Technology vol.50 p.98-114.

Cheung, H.D., Chung, T.M. (2008). A Study on Subjective Preference to Daylit Residential Indoor Environment Using Conjoint Analysis. ScienceDirect: Building and Environment 43 p.2101–2111.

Dora, Purnama Esa. (2012). Hubungan Arah Pencahayaan Buatan Terhadap Kenyamanan dan Efisiensi Kerja. Seminar Nasional Dies Jurusan Arsitektur Universitas Kristen Petra.

Hathaway, Warren E. et al. (1992). A Study Into the Effects of Light on Children of Elementary School Age – A Case of Daylight Robbery. IRC Internal Report no. 659 p.11-29.

IESNA Lighting Handbook Vol.9.

Innes, Malcolm. (2012). Lighting for Interior Design. Laurence King Publishing Ltd.

Samani, Sanaz. (2011). The Influence of Light on Student’s Learning Performance in Learning Environments : A Knowledge Internalization Perspective. World Academy of Science, Engineering, and Technology 57p.540-547.