Judul: Design Process of Community Park at Jakarta Garden City Residence (Internship at Oemardi_Zain Landscape Consultant)
Abstrak: Kawasan perkotaan seperti Kota Jakarta, terus mengalami perkembangan pembangunan perumahan dari tahun ke tahun. Salah satu wilayah di Kota Jakarta yang mengalami perkembangan ini adalah kawasan perumahan Jakarta Garden City (JGC) yang terletak di Cakung, Jakarta Timur. Kawasan ini memiliki konsep “an ideal township to live, work, play and learn. Selain itu, kawasan ini juga mengusung hunian modern yang berpadu dengan hijaunya alam. Kesan alami terasa dengan adanya ruang terbuka hijau yang mengambil porsi 40% dari luas total area. Perumahan JGC menyediakan fasilitas taman yang berfungsi untuk kebutuhan warga perumahan dan juga masyarakat umum Kota Jakarta Timur. Pembuatan taman lingkungan sebagai respon terhadap degradasi lingkungan kota dan sebagai salah satu bentuk penghijauan kota. Taman Lingkungan di Perumahan JGC merupakan salah satu proyek yang sedang dikerjakan oleh Konsultan Lanskap Oemardi_Zain (OZ). Konsultan OZ merupakan konsultan yang bergerak dalam desain dan perencanaan lanskap di Indonesia yang telah menangani sejumlah proyek mulai dari resort, perumahan, pemerintahan, serta taman-taman mulai dari skala ketetanggaan hingga kota. Tujuan umum dari kegiatan magang adalah untuk memperluas pengetahuan, meningkatkan soft skill dan keterampilan kerja dalam lingkup keprofesian arsitektur lanskap yang berfokus pada desain lanskap. Tujuan khusus dari kegiatan magang, meliputi: (1) menganalisis proses desain Taman Lingkungan JGC sesuai mekanisme kerja yang diterapkan OZ; (2) menganalisis manajemen kerja OZ, khususnya selama proses desain Taman Lingkungan JGC, dan; (3) mengidentifikasi faktor pendukung dan faktor penghambat dalam proses desain Taman Lingkungan JGC. Kegiatan magang ini diharapkan dapat memberikan manfaat bagi mahasiswa untuk mengembangkan pengetahuan, pengalaman nyata terutama bekerja dalam sebuah team work, dan keterampilan praktis pekerjaan lanskap di studio. Selain itu, kegiatan magang ini dapat menjadi media pertukaran informasi, ilmu, dan teknologi dalam arsitektur lanskap serta membangun hubungan baik antara perusahaan dan Departemen Arsitektur Lanskap, Institut Pertanian Bogor.
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Judul: Proses Perancangan Lanskap Kompleks Gallery West, Kebun Jeruk, Jakarta Barat
Abstrak: Jakarta is a metropolitan city that plays an important role in urban development. As the center of the city, urban development has increased with the increasing of buildings and office buildings as places for businesses and economic activities. Moreover, the entertainment center and residential area such as hotels and apartment buildings began to grow rapidly, leaving limited open space area and green areas. It takes a strategy in the utilization efficiency of construction building and effectiveness for a variety of needs in an area that is well integrated. Mixed-use development is a strategy that blends a combination of residential, commercial, cultural, institutional, or industrial uses, where those functions are physically and functionally integrated, and that provides pedestrian connections. The concept of mixed-use has been widely applied in many big city in America and Europe. Mixed-use nowadays began to developed in Jakarta, especially in residential complex area. The benefits of mixed-use development include: reduced distances between housing, workplaces, retail businesses, and other amenities and destinations, walkable, bike-able neighborhoods, increased accessibility via transit, both resulting in reduced transportation costs, more compact development, land-use synergy stronger neighborhood character, sense of place etc. Oemardi_zain (OZ) is one of the landscape consultant that based on landscape planning and designing in Indonesia. The scope of landscape design covers landscape hotel, club, resort, residential, theme park, civic,dan comercial park. Internship activities conducted on one project design of Gallery West that used the concept of mixed-use in its buildings development. With a total area of ± 20.400 m² with area landscape design includes entrance area and gateway, roof garden, green connector and pool courtyard corridor, and terrace. Through several of following designing landscape process during the internship, student can learns implementing design process in landscape project, improving skills and ability in analyzing and designing in the studio. The internship involves active participation, interview with employees, direct observations on site, and literature study. The result of the internship is to learn the project implementation procedures, organizational structure of OZ, division of works, design process include: project acceptance, documentation and agreement research and analysis, concept, design development and detail constructions.
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Judul: Isolasi dan purifikasi inhibitor RNA helikase virus hepatitis C dari bakteriosin bakteri asam laktat S34
Abstrak: Target molecular therapy is one of method to prevent hepatitis C virus which was developed recently. NS3 Helicase/RNA helicase hepatitis C virus inhibition using inhibitory peptide are target in molecular therapy. Bacteriocin are inhibitory peptides which can inhibit hepatitis C virus through inhibition of NS3 helicase. Bacteriocin is a peptide which is produced by lactic acid bacteria. The aim of this research were to isolate and to purify bacteriocin from S34 lactic acid bacteria which has high activity to inhibit RNA helicase of hepatitis C virus. S34 lactic acid bacteria were identified using 16S RNA amplification and DNA sequencing identification of S34 lactic acid bacteria was Lactobacillus plantarum WCFS1. The bacterial growth reached logaritmic phase at 7 hours and stationary phase at 10 hours. Bacteriocin were isolated and purified by ammonium sulphate precipitation with 80% saturation, gel filtration chromatography, and characterization of bacteriocin through molecular weight analysis and measured protein concentration. Bacteriocin from S34 lactic acid bacteria were included in 2nd class bacteriocin, had 64.20 % of inhibition against RNA helicase hepatitis C virus, had molecular weight about 1.7-4.2 kDa, and specific activity in the amount of 2.84 x 106 U/mg.
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