Pedestrian path in the campus is strategic route dominated by the movement of students and other users from 06.00 AM until 20.00 PM. The unavailability of artificial lighting at night on the pedestrian paths on the campus of the University of Bengkulu causes low visibility for pedestrian path users and have an impact on walking difficulties, negative behaviour and opportunities for criminal acts. The purpose of this study is identifying frequently used pedestrian paths and examines the principles of artificial lighting must be applied pedestrian users can walk safely and comfortably in the campus at night. These conditions can increasing liveability of pedestrian paths on the campus at night. The study sites were divided into 10 zones. Each zone will be analysed using combination method of field survey methods, online questionnaires, and simulation methods using Dialux evo 9.0. Data from questionnaire and field survey result will be used to decide the artificial lighting plan on the pedestrian path. While Dialux evo 9.0 simulation are to simulate the planned light points The results of the research are determining an artificial lighting strategy is evenly distributed along the pedestrian path.
The increase in the transmission of the COVID-19 disease, creating an effort to prevent transmission by controlling total of space users in the Dean’s Office Building, University of Bengkulu to avoid overcrowding users of space in buildings. The control has an impact on the increasing number of space users in the transition space of outdoor (terraces, hallways, corridors) in the eight Dean’s Office Buildings. The thermal comfort of the outdoor transition space needs to be considered because the post-pandemic adaptation behavior causes the change in the function of the transition area as buffer between outdoor and indoor spaces, is currently becoming a waiting room for entering buildings with uncertain waiting times. In addition, University of Bengkulu is located in coastal area with air temperatures during the day between 30 °C- 34 °C and wind speed ranging from 0-2,2 m/s. The purpose of this research is to determine the perception of thermal comfort of space users in the transition space, Dean’s Office Building, University of Bengkulu. Measurement data in the form of air temperature, air humidity, and wind speed at the peak of the dry month were carried out at 08.00-16.00 for 10 working days and interview data on the perception of thermal comfort of space users. Interview and measurement data will be inputted on the Ray-man measuring instrument to obtain the PET, PMV, SET values.
Limited land available in big capital cities makes building development change from horizontal into vertical one. High demand for living space along with high-density population causes carbon emissions from electricity used for lighting and cooling increasing as well. This research is trying to invent vertical housing design concept that responsive into environment, especially Bengkulu City, as the solution and alternative for living space that low in energy used. Organic analogy was used as a method to conduct natural principles of Australian Pinecone into apartment design. Pinecone physical appearance and the structure of Pinecone transversal section were interpreted as an apartment plan configuration and exterior design of the building. First, the transversal section of Pinecone structure that consists of seed, wing, and axis, were interpret as an apartment plan configuration, which is the balcony area, apartment unit, and corridor. Next, the spike shape of Pinecone scale inspires angular shape on the outer side area of apartment floor plan and the façade as well. There are three alternatives from design process iteration that later being analyzed using Sefaira simulation to find energy use in the building. Result showed that apartment building design that use a lot of Pinecones principle analogy has lower energy consumption, which is 63 KWh/year/m2. This number is still under the average energy use intensity for apartment building in Indonesia. Nevertheless, there are still some limitations and minus point on the final design that can be further research in the future.
Rencana Strategis (Renstra) merupakan hal yang sangat penting dalam manajemen sebuah organisasi dalam rangka mencapai tujuan visi maupun misinya. Sehubungan dengan sudah berakhirnya masa Renstra Fakultas Teknik (FT) Universitas Bengkulu (UNIB) tahun 2016-2020, maka dilakukan pengembangan terhadap Renstra tersebut untuk empat tahun berikutnya yaitu untuk tahun 2020-2024. Sebagai salah satu organisasi Pendidikan Tinggi, oleh karenanya FT UNIB harus memiliki Renstra khusus sesuai dengan visi dan misinya FT UNIB. Renstra FT UNIB disusun agar mampu menjawab tantangan kemajuan Ipteks di era globalisasi, yang mana kemajuan Ipteks berkembang sangat cepat. Untuk menjamin kredibilitas Renstra, maka dalam menyusun Renstra FT UNIB dilakukan dengan melibatkan semua pemangku kepentingan (stakeholder) terkait, baik internal maupun eksternal. Salah satu langkah yang dilakukan adalah dengan melakukan Focus Group Discussion (FGD) dengan semua stakeholder terkait. Dari hasil kegiatan FGD tersebut, maka disusunlah Renstra FT UNIB untuk tahun 2020-2024.
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