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Pengabdian pada masyarakat yang dilakukan yaitu Perawatan dirumah (Home Care) pada keluarga Ny. AR di RT 3 RW 02 Desa Cijujung Kecamatan Sukaraja Wilayah Kerja Puskesmas Cimandala Kabupaten Bogor. Home Care ini merupakan bentuk realisasi dari keunggulan Prodi S1 Keperawatan. Tujuan penelitian jangka panjang pengabdian masyarakat ini adalah kemandirian dan motivasi individu yang sakit serta meningkatkan kepedulian keluarga untuk merawat individu yang sakit dirumah. Target khusus yang ingin dicapai adalah pemanfaatan bahan-bahan alami yang ada disekitar lingkungan rumah klien dan dapat dimanfaatkan baik sebagai obat tradisional komplementer maupun sebagai sumber makanan bergizi bagi klien. Metode yang digunakan adalah studi kasus dengan intervensi dilakukan selama 1 bulan. Hasil yang dilakukan berupa kunjungan ke keluarga dan intervensi lainnya sesuai dengan masalah kesehatan individu dalam keluarga. Kesimpulan pelaksanaan kegiatan pengabdian masyarakat dalam mewujudkan “Keluarga sehat dengan melakukan Home Care” di rt 3 rw 02 desa cijujung kecamatan sukaraja wilayah kerja Puskesmas cimandala, kab. Bogor Kata Kunci : Home Care, Keluarga ABSTRACT Community service that is carried out is Home Care for the family of Mrs. AR in RT 3 RW 02 Cijunjung Village, Sukaraja District, Cimandala Health Center Work Area, Bogor Regency. Home Care is a form of realization of the excellence of the Bachelor of Nursing Study Program. The purpose of this long-term community service research is the independence and motivation of sick individuals as well as increasing family awareness to care for sick individuals at home. The specific target to be achieved is the use of natural ingredients that exist around the client's home environment and can be used both as complementary traditional medicine and as a source of nutritious food for the client. The method used is a case study with the intervention carried out for 1 month. The results are in the form of visits to families and other interventions according to individual health problems in the family. The conclusion of the implementation of community service activities in realizing a "healthy family by doing Home Care" in RT 3 RW 02, Cijujung Village, Sukaraja District, working area of Cimandala Health Center, Kab. Bogor Keywords: Home Care, Family

Pandemi covid 19 melanda hampir seluruh dunia mengakibatkan perekonomian mengalami keterpurukan. Hal ini berdampak kepada usaha UMKM. UMKM perlu menerapakan strategi yang tepat dalam pemasaran produk agar tetap dapat bertahan di masa pandemic covid 19 ini. UMKM binaan Posdaya Cempakan juga mengalami penurunan pemasaran akibat dampak pandemic tersebut. Untuk itu Tim pengabdian Fakultas Ekonomi dan Bisnis Universitas Pancasila (FEB UP) melaksanakan pengabdian masyarakat kepada UMKM tersebut guna memberikan wawasan dan cara menerapkan strategi pemasaran berbasis digital yang tepat di era pandemic ini.

Merujuk pada usaha ekonomi produktif,, Perkembangan jumlah UMKM dari tahun ke tahun semakin bertambah, namun perkembangan UMKM baru terlihat dari sisi jumlahnya saja, secara aspek finansial belum banyak UMKM yang mengalami perkembangan dalam hal kinerja keuangannya. Hal ini karena kurangnya kesadaran pelaku UMKM terhadap pentingnya pengelolaan keuangan dari usaha yang sedang dijalani. Ada berbagai macam permasalahan yang umumnya dihadapi dalam meningkatkan keberhasilan dari UMKM, salah satunya yaitu lemahnya aspek pencatatan laporan keuangan. UMKM diharapkan bisa membuat laporan keuangan yang baik sesuai dengan Standar Akuntansi Keuangan (SAK) di Indonesia. FEB Univ Pancasila bekerjasama dengan UMKM Posdaya Cempaka Jagakarsa dalam rangka Saat ini UMKM di Posdaya Cempaka masih dilakukan secara sederhana, pencatatan dilakukan hanya sebatas arus kas masuk dan kas keluar. Selain itu uang yang diperoleh dari usaha digabung dengan uang rumah tangga lalu pengeluaran untuk kebutuhan rumah tangga juga menggunakan hasil dari usaha sehingga ada pelaku UMKM tidak melakukan pencatatan. Para peserta UMKM diberikan wawasan terkait pentingnya pencatatan bagi UMKM untuk menghasilkan laporan keuangan yang bisa digunakan sebagai pengambilan keputusan.

Nowadays SoC’s miniaturization provide smaller yet more powerful devices that are perfect to be used as local hubs for small to medium sensor networks. Although sensors can now be easily connected directly to the cloud, a hub can simplify the process of bringing sensor to the IoT cloud. One of the most popular SoC board, Raspberry PI, is perfect for the hub role due to its small form factor, price, processing power and connectivity. Our proposed system consists in a SoC based low cost raspberry pi hub that connects two Bluetooth sensortag CC2650 modules to a mongoDB cloud database.

Many countries are facing significant challenges in relation to providing adequate care for their elderly citizens. The roots of these issues are manifold, but include changing demographics, changing behaviours, and a shortage of resources. As has been witnessed in the health sector and many others in society, technology has much to offer in terms of supporting people’s needs. This paper explores the potential for ambient intelligence to address this challenge by creating a system that is able to passively monitor the home environment, detecting abnormal situations which may indicate that the inhabitant needs help. There are many ways that this might be achieved, but in this paper, we will describe our investigation into an approach involving unobtrusively ’listening’ to sound patterns within the home, which classifies these as either normal daily activities, or abnormal situations. The experimental system we built was composed of an innovative combination of acoustic sensing, artificial intelligence (AI), and the Internet-of-Things (IoT), which we argue in the paper that it provides a cost-effective approach to alerting care providers when an elderly person in their charge needs help. The majority of the innovation in our work concerns the AI in which we employ Machine Learning to classify the sound profiles, analyse the data for abnormal events, and to make decisions for raising alerts with carers. A Neural Network classifier was used to train and identify the sound profiles associated with normal daily routines within a given person’s home, signalling departures from the daily routines that were then used as templates to measure deviations from normality, which were used to make weighted decisions regarding calling for assistance. A practical experimental system was then designed and deployed to evaluate the methods advocated by this research. The methodology involved gathering pre-design and post-design data from both a professionally run residential home and a domestic home. The pre-design data gathered the views on the system design from 11 members of the residential home, using survey questionnaires and focus groups. These data were used to inform the design of the experimental system, which was then deployed in a domestic home setting to gather post-design experimental data. The experimental results revealed that the system was able to detect 84% of abnormal events, and advocated several refinements which would improve the performance of the system. Thus, the research concludes that the system represents an important advancement to the state-of-the-art and, when taken together with the refinements, represents a line of research which has the potential to deliver significant improvements to care provision for the elderly.

Research on the separation of ferrous and nickel metals from ferronickel samples has been carried out. This research aims to separate ferrous (Fe) and nickel (Ni) metals from their impurities in ferronickel samples using the Gravimetric method, with NH4OH to precipitate iron (Fe) and dimethylglyoxime to precipitate nickel (Ni). This study ferronickel sample came from PT Aneka Tambang Pomalaa, Kolaka Regency, Southeast Sulawesi, and FeNi type 3 with a nickel content of 27.29% and 68.91% iron. This study used 6.5 M ammonium hydroxide to precipitate iron from the ferronickel soil sample. Also, used 1% dimethylglyoxime to precipitate nickel in limonite soil samples. The optimized parameters were the volume of NH4OH 6.5 M with a variation of 5 mL; 6 mL, 7 mL; 7.5 mL; 9 mL; 10 mL; 12.5 mL; 15 mL; 17.5 mL and 20 mL with a sample volume of 5 mL, while the volume of 1% DMG is 5 mL; 10 mL; 15 mL and 20 mL with a 5 mL ferronickel filtrate volume. The concentrations of ferrous and nickel metals are determined by weighing the precipitate formed. The results showed that the optimum volume of 6.5 M NH4OH to obtain the most Fe2O3 precipitates was 15.0 mL for 5 mL of the ferronickel solution sample with a solution pH of 9.52, while the optimum 1% DMG volume was to produce the highest Ni (C4H8O2N2)2 precipitate, namely 15 mL. The iron yields in ferronickel and limonite soil samples were 99.75% and 95.73%, nickel for ferronickel and limonite soil was 99.61% and 83.63. Finally, it can be concluded that NH4OH and dimethylglioxime could separate iron and nickel from soil samples properly.

More than hundred years ago the classic physics was in its full power, with just a few unexplained phenomena; which, however, led to a revolution and the development of the 'modern physics'. The outbreak was possible by studying the nature under extreme conditions which finally led to the understanding of the relativistic and quantal behavior. Today, the computing is in a similar position: it is a sound success story, with exponentially growing utilization but, as moving towards extreme utilization conditions, with a growing number of difficulties and unexpected issues which cannot be explained based on the 'classic computing paradigm'. The paper draws the attention that under extreme conditions, computing behavior could differ than the one in the normal conditions, and pinpoints that certain, unnoticed or neglected features enable the explanation of the new phenomena, and the enhancement of some computing features. Moreover, a new modern computing paradigm implementation idea is proposed.

Two opposing views are held about the effects of desalination plants on coastal environments. One view is that brine discharged from desalination plants has minimal impact on the coastal environment. The other opinion claims that discharges from desalination plants pose a potential environmental hazard to coastal environments and particularly to those of the Arabian Gulf. The present study was carried out to determine whether negative environmental impacts could be detected in coastal waters of the Gulf and Red Sea near discharges from desalination plants in Saudi Arabia. Phytoplankton abundance, concentrations of chlorophyll a, nutrients, total suspended solids, trace metals, chlorination by-products, bacterial growth, and toxicity of effluents were assessed. Results indicate the brine discharges were not toxic to fish or brine shrimp. Mitigation of impacts from elevated temperature, salinity and chemicals in dual purpose plants is partly achieved by pre-dilution of brine reject stream with cooling water. Alternative pretreatment methods, chlorination and waste treatment are considered. There is accumulation of corrosion metals in sediments at the discharge site of a plant on the Gulf coast. However, their concentrations were within regulatory limits.