Kota Depok merupakan wilayah yang dikategorikan sebagai zona merah penyebaran COVID-19 dimanahingga per 1 Mei 2020, Terkonfirmasi 298 kasus positif COVID-19 di Kota Depok. Menurut data SitrepCegat COVID-19, Kota Depok merupakan daerah dengan rasio penyebaran COVID-19 tertinggi diBodetabek. Untuk menanggulagi hal tersebut BAZNAS Kota Depok (Mitra) melakukan aksi tanggapdarurat COVID-19 antara lain Gerakan bersih dan sehat, Bantuan APD Tenaga Kesehatan, GerakanKadeudeuh Pangan. Untuk mengoptimalkan hal tersebut BAZNAS Kota Depok perlu bekerjasamadengan instansi yang ada di Kota Depok, hal ini dikarenakan fasilitas pendukung aksi tersebut masihmembeli kepada pihak ketiga. FTI-UJ selaku intsansi pendidikan yang berada di Kota Depok menawarkanSolusi berupa penyuluhan pembutan Face Shield. Selain itu, FTI-UJ memberikan bantuan fasilitaspendukung berupa 20 buah face shield, serta menjadi donatur pada kegiatan kadeudeuh pangan.

Procurement usually held in a conventional manner which brings direct stakeholders such as committee and bidders. Procurement of goods/services can be done electronically. Electronic procurement is the procurement of goods/services carried out using information technology and electronic transactions in accordance with statutory provisions. In this research will be made a decision support system to facilitate committee in process of determining the winner of procurement by using Simple Additive Weighting (SAW) methods. SAW methods is more favored because of its effectiveness in executing the completion time. There are some criteria which become to base decision, among others, administrative, technical, price, and qualification. Meanwhile, the alternative to used form companies which register as a participant (in this research there are 3 companies and partnerships). The final result in this research is PT. A as first ranks (the winner) with preference value 13,7778. PT. B in order to two (first backup) with preference value 10,7317, and PT.C in order to three (second backup) with preference value 9,7843.

Strap pada aki mempunyai peran atau fungsi vital dalam sistimpenyimpananaruslistrikuntuk sebuah kendaraan bermotor. Strap pada aki merupakangabungan pelat–pelat elektroda yang menjadi satu sel dalam sistim penyimpananarus pada aki kendaraan bermotor. Strap dibuat dengan cara menghubungkan pelat–pelat logamtimbal yang bermuatannegatif dengan positif melalui proses pengelasan.Kegagalan dari proses pembuatan akan menghasilkanproses [enyimpanan arus yang tidak sempurna, sehingga aki tidak berfungsi. Sekecil apapun angka kegagalan produk strapaki tersebut akan mengurangi nilai jual dan image dari sebuah perusahaan manufaktur aki. Berdasarkan kondisi tersebut maka dilakukan penelitian sebab terjadinya patah pada strap aki ditinjau dari segi pembuatannya, disain, material, serta operasinya agar patah yang sama tidak terulang kembali.Berdasarkan analisa hasil pengujian patah yang terjadi pada strap aki adalah karena komposisi unsur kimia yang ada di lead alloy tidak sesuai standard. Dan terjadinya Stress Corrosion Cracking (SCC)  sertaHydrogen Embrittlement. Hal inidipengaruhi oleh difusihidrogendarieksternal, yaituover charge.

The main functions of tire are to withstand the vehicle’s load, continue the steering function and control the vehicle’s direction, transmit the driving force and vehicle’s braking on the road surface and reduce shock vibrations from the road surface. Therefore, optimal tire selection is something that needs to be considered for driving perfection. Taguchi methods is one of experimental design methods that is often used because of considerations of effectiveness and efficiency. However, Taguchi methods only can be used to solve a single response optimization problem. When dealing with multi-response problems, the responses are analyzed separately. This study aims to optimize Taguchi design using VIKOR method in production of car tires. The experimental design and responses used in this study were derived from car tire production data which analyzed using VIKOR methods and selected based on the optimum value to obtain the optimal combination of factors levels. The results of Taguchi's analysis are the first and third responses indicating the 16th experiment and second response indicating the 14th experiment which is the optimal combination. It can be concluded that Taguchi methods is inconsistent to producing optimal combination of levels of factors when dealing with multi-response problems, so additional methods are needed as Taguchi optimization methods in solving multi-response problems, including using VIKOR methods which results in the 2nd experiment being optimal combination.