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"Negara Indonesia merupakan negara yang banyak sekali memiliki potensi bencana alam, salah satunya adalah bencana tanah longsor. Oleh karena itu keberadaan tim Basarnas Special Group (BSG) berfungsi untuk tanggap cepat ketika terjadi bencana tanah longsor, namun penggunaan teknologi pada proses evakuasi masih tergolong minim, salah satu teknologi yang berpotensi dapat membantu adalah Automated Guided Vehicle (AGV), pada penelitian kali ini berfokus pada perancangan antarmuka menggunakan Design Thinking untuk AGV yang ditujukan untuk membantu proses evakuasi tanah longsor. Dari hasil prototipe antarmuka penelitian menunjukkan dari kuesioner Computer System Usability Questionnaire (CSUQ) bahwa skor keseluruhan 5.65, dilakukan juga konversi nilai kedalam skala System Usability Scale (SUS) sehingga mendapatkan skor 77.6 sehingga masuk dalam kategori Good.

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Indonesia is a country that has a lot of potential for natural disasters, one of which is landslides. Therefore, the existence of the Basarnas Special Group (BSG) team functions to respond quickly when a landslide occurs, but the use of technology in the evacuation process is still relatively minimal, one technology that has the potential to help is the Automated Guided Vehicle (AGV), in this study focuses on interface design using Design Thinking method for AGV which is intended to assist the landslide evacuation process. From the results of the research interface prototype, it is shown from the Computer System Usability Questionnaire (CSUQ) that the overall score is 5.65, converting the value into the System Usability Scale (SUS) scale so that it gets a score of 77.6 so it is in a Good category."

"Summary"How do you start a design project? How can you generate ideas and concepts in response to a design brief? How do other designers do it? This book will answer all these questions and more. Now in its second edition, the highly popular Design Thinking for Visual Communication identifies methods and thought processes used by designers in order to start the process that eventually leads to a finished piece of work. Step-by-step guidance for each part of the process is highlighted by real-life case studies, enabling the student to see teaching in practice. This focus on ideas and methods eschews an abstract, academic approach in favour of a useable approach to design as a problem-solving activity.The new edition now includes contributions from a broader international range of design practices and adds depth to existing case studies by looking in greater detail at some of the processes used"-- Provided by publisher."An introductory guide to generating creative ideas and concepts for graphic designers"-- Provided by publisher."

"enggunaan pendekatan design thinking dalam pengembangan desain UI/UX situs web dipergunakan secara luas. Meskipun begitu proses yang cukup iteratif dan subjektif membuat pendekatan ini cenderung tidak efektif, terlebih proses identifikasi permasalahan dan kebutuhan pengguna bukan menjadi prioritas yang harus diutamakan. Modifikasi design thinking berdasarkan Bloom’s Taxonomy ditawakan sebagai langkah untuk mengkompromi kebutuhan pengguna dalam proses desain secara lebih konkret dengan melibatkan faktor yang lebih abstrak yang dirasakan oleh pengguna ketika melakukan akses terhadap situs web. Modified design thinking berdasaran Bloom’s Taxonomy dilakukan dalam enam tahapan yang diasosiasikan dalam lima tahap dalam design thinking konvensional. Modified design thinking ini menawarkan identifikasi kebutuhan pengguna secara lebih terukur melalui penggunaan three-layer evaluation diagram. Studi dilakukan dengan mengimplementasikan pendekatan baru tersebut dalam pengembangan desain UI/UX perusahaan penyedia jasa energi (PT Elnusa Tbk) yang dibandingkan dengan pendekatan konvensional yang dilakukan hingga tahap ideate. Berdasarkan hasil yang diperoleh, elemen-elemen yang diperoleh dalam penelitian sebagai concrete evaluation item dapat dipergunakan sebagai parameter desain dalam pengembangan UI/UX. Pendekatan modified design thinking dapat memberikan pedoman yang jelas untuk tujuan pengembangan desain UI/UX.

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The use of a design thinking approach in developing website UI/UX design is widely used. However, the process is quite iterative and subjective, making this approach tend to be ineffective, especially as the process of identifying problems and user needs is not a priority. Modifications of design thinking based on Bloom's Taxonomy are proposed as a step to compromise user needs in a more concrete design process by involving more abstract factors that are felt by users when accessing a website. Modified design thinking based on Bloom's Taxonomy is carried out in six stages which are associated with the five stages in conventional design thinking. This modified design thinking offers a more measurable identification of user needs through the use of a three-layer evaluation diagram. The study was carried out by implementing this new approach in developing the UI/UX design of an energy service provider company (PT Elnusa Tbk) which was compared with the conventional approach carried out until the ideation stage. Based on the results obtained, the elements obtained in the research as concrete evaluation items can be used as design parameters in UI/UX development. The modified design thinking approach can provide clear guidelines for UI/UX design development goals."

"Kota Depok merupakan bagian dari wilayah aglomerasi Jabodetakbek (Jakarta Bogor Depok Tanggerang Bekasi) yang tergolong kawasan metropolitan. Tata kelola kota Depok harus mengimbangi kota-kota lain yang tergabung dalam wilayah aglomerasi tersebut. Salah satu permasalahan yang dimiliki oleh kota metropolitan adalah volume sampah yang besar dan memerlukan penanganan khusus. Kota Depok memiliki luas wilayah 200.29 Km2 dengan jumlah penduduk 1.179.813 jiwa. Volume sampah yang dihasilkan mencapai 600 Ton sampah/ hari (Kementerian Lingkungan Hidup dan Kehutanan, 2018). Dari jumlah tersebut, terdapat sampah yang tidak terkelola sebanyak 528 ton/hari. Komposisi sampah di kota Depok didominasi oleh sampah sisa makanan sebesar 40%, ranting kayu serta daun 15%, kertas 5%, plastik 10%, logam 2%, kain tekstil 8%, karet kulit 2%, kaca 3%, dan lain-lain 15%. Pada penelitian terdahulu mengungkapkan bahwa sampah anorganik yang terkelola di kota Depok sebesar 20%, sedangkan sampah organik yang terkelola sebesar 3,64%. Alasan rendahnya angka sampah organik yang terkelola dikarenakan keterbatasan daya tampung unit pengolahan sampah yang ada. Berdasarkan permasalahan di atas, diperlukan pendekatan khusus yang dapat digunakan untuk mengatasi pengolahan sampah organik di kota Depok. Pendekatan yang dilakukan diharapkan dapat melihat berbagai perspektif sehingga hasil yang didapat juga memberikan dampak yang besar bagi pengolahan sampah organik di kota Depok. Salah satu pendekatan yang dapat dilakukan adalah design thinking yang terdiri dari tahapan emphatise, define, ideate, prototype, dan test.Perancangan solusi sistem pengelolaan sampah organik dengan pendekatan design thinking bertujuan merancang sistem pengolahan sampah yang sesuai dengan kebutuhan masyarakat. produk yang dihasilkan berupa aplikasi komunikasi antara aktor pengelolaan sampah. Dengan aplikasi tersebut diharapkan dapat meningkatkan angka sampah organik yang terkelola dan mengurangi penimbunan sampah organik (landfill) di Tempat Pembungan Akhir (TPA).

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Depok City is part of the agglomeration area of Jabodetakbek (Jakarta Bogor Depok Tanggerang Bekasi) which is classified as a metropolitan area. The governance of Depok city must compensate for other cities incorporated in the agglomeration area. One of the requirements of a metropolitan city is a large volume of waste and requires special handling. Depok City has an area of 200.29 Km2 with a population of 1,179,813 inhabitants. The volume of waste produced reaches 600 tons of waste / day (Ministry of Environment and Forestry, 2018). Of this amount, 528 tons / day of unmanaged waste. The composition of waste in Depok is 40%, wood branches and 15% leaves, 5% paper, 10% plastic, 2% metal, 8% textile fabric, 2% rubber skin, 3% glass, and others-lay 15%. In the initial research revealed that inorganic waste that is managed in Depok is 20%, while managed organic waste is 3.64%. The reason for the low number of managed organic waste is considering the capacity of existing waste processing units.Based on the above problems, it should be considered that can be used to overcome the processing of organic waste in the city of Depok. The results carried out are expected to be able to see the various perspectives obtained also provide a large amount of processing of organic waste in the city of Depok. One discussion that can be done is design thinking which consists of stages of emphatise, define, ideaate, prototype, and test. The design of an organic waste management system solution with an approved design thinking discusses a waste treatment system that fits the needs of the community. the product produced consists of communication applications between waste management actors. With this application, it is expected to increase the number of managed organic waste and reduce the accumulation of organic waste (TPA) in Final Disposal Sites (TPA)."

"Perkembangan teknologi dan dengan dorongan untuk kemajuan dalam akses internet telah membawa dunia bisnis ke era yang dikenal sebagai industri 4.0. Selain itu, tatanan ekonomi baru muncul, di mana perusahaan mapan harus berurusan dengan organisasi digital besar dan perusahaan baru yang inovatif di mana keduanya berusaha membangun model pendapatan baru. Penelitian ini mengembangkan model untuk mengimplementasikan design thinking di PT. Telkom Akses. Banyak organisasi saat ini beralih ke metode design thinking untuk mengatasi tantangan kompleks yang mereka hadapi. Model yang dikembangkan dalam penelitian ini berdasarkan pada pola pikir individu karyawan PT. Telkom Akses. Proses penelitian melibatkan desain metode campuran yang terdiri dari dua fase. Dalam fase 1, 90 orang merespons survei online. Data yang dikumpulkan dianalisis menggunakan analisis faktor eksplorasi (PCA) dan konfirmasi (CFA). Sebuah model baru dikembangkan yang mengidentifikasi empat kemampuan inti yang diperlukan untuk terlibat dalam design thinking: Fokus Pelanggan, Fokus Inovasi, Fokus Optimisme Solusi Kreatif, dan Fokus Peningkatan Kompetensi & Kolaborasi. Pada fase 2, 5 responden dari manajemen PT. Telkom Akses dipilih untuk berpartisipasi dalam wawancara lanjutan. Temuan dari fase kedua penelitian menunjukkan model dipersepsikan untuk secara akurat menerapkan design thinking berdasarkan pola pikir individu karyawan.

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This study developed a model to implement design thinking in PT. Telkom Akses. Many organizations today are turning to design thinking to tackle the complex challenges they face. As organizations move toward adopting this way of working the need to develop design thinking capabilities in individuals becomes imperative. The capabilities needed for engaging in design thinking are skills that we all have to some varying degree, but we do not all use them to their full potential when solving problems. The model developed in this study based on the individual mind set of PT. Telkom Akses employees. The research process involved a two-phase mixed methods design. In Phase 1, 90 individuals responded to an online survey. The data collected were analyzed using exploratory and confirmatory factor analyses. A new model was developed that identified the four core capabilities needed to engage in design thinking: Customer Focus, Innovation Focus, Creative Solution Optimism Focus, and Competency & Collaboration Improvement Focus. In Phase 2, 5 respondents from PT. Telkom Akses management were selected to participate in follow-up interviews. Findings from the second phase of the study indicated the model was perceived to accurately implement design thinking based on individual mind set of employees."