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All Journal Mozaic : Islam Nusantara Journal of Food Engineering
Roisatun Nisa
Department of Agro-industrial Technology, Faculty of Engineering and Science Computer, Nahdlatul Ulama Indonesia of University Jakarta
Religion Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Education Social Sciences

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ELEMEN KOTA ISLAMI DALAM TATA RUANG KOTA BOGOR Raisatun Nisaa Firdausiyah Abdur Rouf Sam
Mozaic : Islam Nusantara Vol 8 No 1 (2022): Mozaic: Islam Nusantara
Publisher : Fakultas Keguruan dan Ilmu Pendidikan Universitas Nahdatul Ulama Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.47776/mozaic.v8i1.523

Abstract

The Islamic city was originally a city built by the Prophet Muhammad Shollahu 'Alaihiwassalam with several considerations of ideological concepts that carried positive values ​​in Islam. An Islamic city is a city founded by Muslims for some time (Islamic civilization) or a downtown area that has certain elements identified as the main mosque, palace, market, cemetery, fort, Islamic law and various ethnic communities. The Islamic city is formed on various vertical and horizontal principles of life to achieve an Islamic identity. The city of Bogor is a city formed by the colonial government and is not the territory of the former Islamic kingdom. However, in its development the city of Bogor has elements of an Islamic city. Based on the results of the study, the spatial layout of Bogor City has 11 elements of an Islamic City. The non-physical elements discussed are elements of the Islamic City which include social and cultural elements, as well as government and policies in the City of Bogor. The physical elements of the Islamic City observed include the main road network, supporting road network, masjid jami, musalla (smaller prayer rooms/mosques), suqs (markets), citadel/ksar (royal palaces/local rulers), sur (walls), public squares, Islamic schools, settlements, turba and maqraba (private and public cemeteries), and qasaba (fortresses). Based on the level of tendency to develop, there are 11 elements that are getting stronger or their existence is increasing in the Islamic City element from the previous condition. There are 5 elements of the city that have undergone many changes to the building or facility. There are 9 elements of the city that have a positive or good impact on development time.
Control Of Inventory Of Raw Materials For Wine Products By Form 2 Phase Inventory Using Material Requirement Planning (Case Study At Pt. Xyz) Syifa Robbani; Ririn Fatman Nanda; Roisatun Nisa
JOFE : Journal of Food Engineering Vol. 2 No. 4 (2023): October
Publisher : Politeknik Negeri Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.25047/jofe.v2i4.4331

Abstract

This research aims to analyzing the MRP method to obtain the lowest inventory costs of product wine. The raw material planning system carried out by PT XYZ uses sales data from the PPIC division to order all raw materials at one time. Preparing MRP requires input in the form of an ind schedule through the netting, lotting (economic order quantity (EOQ), lot for lot (LFL)), and offsetting. The output of the MRP method is a plan for ordering raw material requirements based on lead time. This MRP method can provide improvements to PT XYZ through the formation of a master production schedule, ordering schedule, and reducing inventory costs. Comparing the company's inventory costs with the MRP method for wine raw materials produces savings of 15% per year, and EOQ is more economical. SiO2 raw material produces savings of 55% per year, and EOQ is more economical. Purifying enzyme raw materials produces savings of 41% per year, and EOQ is more economical. The MRP process is carried out at 28% annually, and EOQ is more economical. Fermented extract raw materials produce savings of 14% per year, and LFL is more economical
Co-Authors Ririn Fatman Nanda Robbani, Syifa