PENERAPAN METODE DESIGN THINKING PADA MODEL PERANCANGAN UI / UX APLIKASI DAUR MINYAK

Desain Aplikasi Daur Minyak adalah Rancangan Desain Aplikasi sebagai jasa penjemputan minyak bekas akan dibeli kepada customer yang menjual minyak bekasnya. Pada aplikasi ini terdapat 2 proses bisnis, yaitu Proses User sebagai Customer yang menjual minyak bekas dan Proses Picker sebagai Jasa penjemputan yang membeli minyak bekas. Yang akan dibahas dalam skripsi ini adalah pasar Apliasi Daurminyak sebagai produk baru yang akan menjadi solusi dari bertumpuknya minyak bekas dan pembuangan minyak bekas secara tidak baik. Pada aplikasi ini Daur Minyak memberikan Solusi dari pembuangan minyak bekas yang sudah tidak bisa digunakan dan tidak bagus untuk digunakan Kembali untuk menggoreng makanan dengan cara menjualnya kepada pihak Daurminyak yang sudah bekerja sama dengan PT.MBIO. Penelitian ini berpusat pada pembuatan proposal aplikasi dengan menyelidiki dan merombak UI dan UX Aplikasi Daur Minyak menggunakan strategi Design Thinking. Strategi ini dikenal sebagai siklus penalaran lengkap yang berfokus pada membuat jawaban yang dimulai dengan kursus belas kasih untuk kebutuhan spesifik yang berfokus pada manusia. Ada 5 fase dalam teknik ini, yaitu Empathize, Define, Ideate, Prototype, dan Testing. Aplikasi yang disarankan adalah inheren dengan tipe model yang menggunakan aplikasi Figma. Model yang dirakit efektif diujicobakan pada 12 responden dengan memanfaatkan uji System Usability Scale (SUS) dan model aplikasi dengan skor 90. . Kata kunci: Daur Minyak, Metode Design Thinking, User Interface, User Experience, System Usability Scale (SUS)

Evaluasi Kelayakan Dan Penggambaran Usaha Budidaya Ikan Nila Merah Keramba Jaring Apung Di Kampung Keramba, Waduk Gajah Mungkur, Wonogiri

The fishery industry is an organized activity related to the management and utilization of fish resources and the environment, ranging from pre-production, production to marketing are carried out within one business fishing industry. Gajah Mungkur Wonogiri has the potential for the cultivation of freshwater that is floating cages. The purpose of this study is to measure the feasibility evaluaton of using a financial analysis and economics through some of the eligibility criteria of business, namely Payback Period, Net Present Value, Internal Rate of Return, ProfitabilityIndex, Break Eventand depictions of aspects of the business using the business Model Canvas (BMC). The results of a financial analysis floating cages red tilapia fish in the study area seen from the calculation of the Payback Period that is 6 months 7 days, an Internal Rate of Return of 84% for 2 years, the Net Present Value for 2 years has a value of Rp 82,943,219.00, Profitability Index for 2 years ie amounted to 5.155, Break Event Point on the amount of sales of 4.280 kg in the 24-month year-to-2 or in the number of admissions of Rp 109,217,040.00, shows that the business is feasible and has a huge advantage. Aspects of the market determines the value dapam increase profit from the work done, while determining the environmental aspects in the process of quality control environment, especially the water reservoir as the main means of supporting business continuity floating net cages of tilapia merah.Dalam depiction of aspects of the business using the Business Model Canvas (BMC) for the cultivation of floating net cage red tilapia fish in the study area there are nine components. Ninth such components have their respective roles in this business activity. Keywords: Keramba cage, Red Tilapia Fish, Feasibility Evaluation Analysis, BM

Towards the Implementation of Monetary Management in Islamic Economic System Based on Recent Developments

Monetary management is an essential part of the objectives of Shari’ah under the umbrella of the preservation of wealth (Ma’al). Our primary sources: Qur’an and Sunn’ah, provide divine legislation on the prohibition of Riba to manage bases of monetary transaction. Further, the juristic tools facilitate scholars to propose solutions to meet the emerging issues on diversified aspects of society. Muslim scholars have always adapted and contributed to the Islamic finance system and regulation, theoretically and practically. In recent decades, Islamic banking and finance has seen strong momentum with double digit growth, fulfilling the monetary requirement of depositors on the liability side along with industry on the asset side. We seek to review the theoretical and empirical literature on Islamic monetary mangement. Monetary management in the Islamic economic context is still an area that needs more research. This paper examines how literature has been developed over time up until modern Islamic economic and banking practices. The findings suggest that Islamic monetary management has been gradually developed in recent years and such development is remarkable steps forward in pursuing Islamic monetary policy independently. In addition, Islamic monetary policy is proved to be relatively more effective compared to interest based conventional monetary policy. The implications of such findings have established new milestones for the central banks of all the countries, including the muslim majority countries for pursuing interest free Islamic monetary policy with full confidence.  Furthermore, there are four major views on Islamic monetary policy and the central banks of the world should choose one of the best methods and views for the greater effectiveness of monetary policy because conventional monetary policy has been less effective in bringing full employment and price stability in recent years and financial crisis has crippled the interest based conventional economic systems quite badly

Dataset for application of expanded perlite encapsulated bacteria and growth media for self-healing concrete

The dataset contains the data used to prepare the research paper "Application of expanded perlite encapsulated bacteria and growth media for self-healing concrete". This research investigated the self-healing performance of concrete in terms of the number of bacterial spores required and the concentration and composition of nutrients and precursors. The dataset contains: 1. The particle size distribution of the perlite used. 2. Calculations of the number of bacterial cells to calcium acetate. 3. The optical density of bacteria growth in three media. 4. Calcite productivity in the three media in relation to number of bacteria cells. 5. Details of the mortar mix designs. 6. The mean initial surface absorption of mortars from 10 to 120 minutes

Comparison Result of the Case of compressible Inviscid Flow Problem

The present work presents a study of Two Dimensional Flow Analysis over NACA0012 and RAE2822 airfoils. here the aerodynamics analyses are carried out by use of Cell Centered Finite Volume scheme. Through this study, a grid generation algorithm has been developed to fulfill the need of the case of two dimensional C-topolgy. There are types of grid generator can be adopted:  structured grid or unstructured grid.   The first grid approach is normally needs less expenses compared to the second one. Using an ordinary approach in creating the grid of the   flow domain by algebraic grid generation method             The validation of the developed computer code carried out by comparing its result with Fluent software and experimental results, it had been found that some discrepancies result in term of Mach number or other flow properties between the developed computer code and fluent software are apparently. By improving grid of the flow domain by use of smoothing technique give the developed computer produce the result in a good agreement with the fluent software and the experimental result as well. Considering the ability of the developed computer code similar to the Fluent software, the present code had been used to evaluate the aerodynamics characteristics for other cases such as fuselages

The effect of soil incubation on bio self-healing of cementitious mortar

Successful implementation of bacteria-based self-healing in cracked cementitious materials requires the provision of a suitable incubation environment, which can activate the bacteria to produce e.g. calcium carbonate sealing the cracks. Research to date has focused on the self-healing process in humid air and water. However, almost all structures are built on or in the ground, thus, significant amounts of concrete are exposed to ground conditions. To investigate the effect of soil incubation on the self-healing process, laboratory experiments were conducted on mortar impregnated with Bacillus subtilis (encapsulated in calcium alginate). The mortar specimens were initially cracked and subdivided into three groups and each group was incubated for 28 days within different incubation environments, namely, partially-saturated soil, full-saturated soil, and water. Supported by Scanning Electron Microscope (SEM) and Energy Dispersive X-Ray Spectrometry (EDX), the results revealed that the bio self-healing can be activated within the cracks under the saturated regime of soil as far as the matric suction is smaller than the capillary pressure of the cracks. Moreover, the results indicated there was no evidence suggesting the influence of naturally existing bacteria in the soil on the self-healing process within the considered incubation period.European Union’s Horizon 2020 research and innovation programm