PERANCANGAN EBOOK MENGGUNAKAN EBONI GUIDELINES FOR DESIGNING ELECTRONIC TEXTBOOKS DAN EBONI METHOD (Studi Kasus Diktat Perkuliahan Teknik Industri Universitas Diponegoro)

DINIA RISKANTY, YENNI (2011) PERANCANGAN EBOOK MENGGUNAKAN EBONI GUIDELINES FOR DESIGNING ELECTRONIC TEXTBOOKS DAN EBONI METHOD (Studi Kasus Diktat Perkuliahan Teknik Industri Universitas Diponegoro). Undergraduate thesis, Diponegoro University.

[img]
Preview
PDF
13Kb

Abstract

ABSTRAK Tugas Sarjana ini berisi tentang perancangan ebook sebagai buku ajar mata kuliah Analisis Pengukuran Kerja (APK).Proses perancangan ebook dilakukan dengan menggunakan EBONI Guidelines for Designing Electronic Textbooks. Berdasarkan hasil penerapan Guidelines tersebut didapatkan 3 alternatif desain. Tahao berikutnya adalah mengevaluasi 3 alternatif desain ebook tersebut, menggunakan metode Electronic Book ONscreen Interface (EBONI) yang terdiri dari 4 fase. Pada fase 1 yaitu selection of material, 3 alternatif desain ebook dibedakan berdasarkan navigation design, page layout dan content design. Pemilihan responden dilakukan pada fase 2, yaitu mahasiswa teknik industri yang belum pernah mengambil mata kuliah APK. Pada Fase 3 diberikan 3 tasks kepada responden, yaitu Scavenger Hunt Task, Visual Fatigue Task dan High Cognitive Skill Task. Setelah responden menyelesaikan beberapa task, fase berikutnya adalah responden mengevaluasi ketiga alternatif desain ebook menggunakan subjective satisfication questionnaire, yang terdiri dari subjective satisfication dan user preferences. Pemilihan alternatif terbaik dilakukan dengan menganalisis efisiensi desain ebook dalam menemukan informasi, visual fatigue, high cognitive skill, overall satisfication dan user preferences. Berdasarkan hasil penelitian, dapat diketahui bahwa alternatif desain ebook 2 merupakan alternatif desain ebook terbaik karena menghasilkan waktu pencarian informasi yang lebih efisien, high cognitive skill score yang paling tinggi, dan lebih banyak dipilih oleh responden, dalam hal kepuasan maupun preferensi. ABSTRACT This project contains designing ebooks as a module of Work-Measurement Analysis subject. The ebook designing process is done using EBONI Guidelines for Designing Electronic Textbooks. Based on the guidelines application result, there are obtained 3 alternative designs. The next step is to evaluate these 3 alternatives using the Electronic Book ONscreen Interface (EBONI) method which consists of 4 phases. In the first phase, i.e. the selection of material, 3 alternative e-book designs was categorized based on the navigation design, page layout, and content design. The selection of respondents is conducted in the second phase, i.e. to those of industrial engineering students who have never taken the Work-Measurement Analysis subject. In the third phase three tasks are given to the respondent, namely Scavenger Hunt Task, Visual Fatigue Task and High Cognitive Skill Task. After completing several tasks, the next phase is that the respondents evaluate the three alternative designs using subjective satisfication questionnaire, which consists of subjective satisfication and user preferences. The selection of the best alternative is done with analyzing the efficiency of e-book design in finding information, visual fatigue, high cognitive skills, overall satisfication and user preferences. Based on the result, it is known that the alternative e-book design 2 is the best because it spends the information-searching-time more efficiently, results in the highest score of high cognitive skills, and it is the most preferable for respondents in terms of satisfaction and preferences.

Item Type:Thesis (Undergraduate)
Uncontrolled Keywords:Kata Kunci : Ebook, Analisis Pengukuran Kerja (APK), EBONI Guidelines for Designing Electronic Textbooks, Metode Electronic Book Onscreen Interfaces (EBONI) Keywords : E-book, Work-Measurement Analysis, EBONI Guidelines for Designing Electronic Textbooks, Electronic Book Onscreen Interfaces (EBONI) Method
Subjects:T Technology > T Technology (General)
T Technology > TS Manufactures
Divisions:Faculty of Engineering > Department of Industrial Engineering
Faculty of Engineering > Department of Industrial Engineering
ID Code:33332
Deposited By:Admin teknik industri
Deposited On:09 Feb 2012 14:30
Last Modified:09 Feb 2012 14:30

Repository Staff Only: item control page