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PT Philnesia International is a limited liability company engaged in the business of manufacturing furniture products. At PT Philnesia International, if an order is received by the company, then the company makes products in accordance with existing orders. Control and planning of raw materials are very important in the production process so that the production process can run smoothly, on time and can reduce delays in delivery. PT Philnesia International wants to create a computerized Production Accounting Information System. In addition to making it more effective, accurate and efficient, the owner wants to make it easier for his employees to perform more advanced and modern and makes it easier to view reports every day. The results that will be obtained from the design of this system is an information system that can make it easier for companies to determine raw material requirements, the production process and view the required reports.

Earth, water and space as well as the natural resources contained therein under the control of the State are gifts from God Almighty whose functions and uses are for the prosperity of the people. Land for the Indonesian Nation is a source of livelihood and is regulated in the provisions of the Law. The Basic Agrarian Law No. 5 of 1990 lays the foundation on providing legal certainty for land rights for the Indonesian people. Legal certainty is obtained after the land registration process. Land rights that have legal certainty can be transferred or transferred. however, in the process, disputes over land rights still occur in the community. Blocking of Land Rights Certificates is taken as an administrative step in the dispute resolution process, but there is a period of only 30 days to record the blocking of Peru, it is known how the factors of land blocking, how to know the position of the holder of the Land Rights certificate when the block is being blocked and when the period is 30 blocking day is over but the dispute has not been resolved. The type of research used by the writer is juridical normative and descriptive analytical research specification by collecting data by means of literature study and interviews which are presented in a descriptive manner and analyzed in a descriptive qualitative manner. The results of the research and data analysis carried out show the factors that cause the blocking of Land Rights Certificates, namely: a. Gono-Gini distribution of assets, b. Land Rights Holders do not have good faith, c. Distribution of Inheritance, d. Lost Certificate, e. There is an investigation by the Police, f. Land rights confiscated by the State Receivables Affairs Committee (PUPN) in connection with the settlement of State Receivables. Legal protection & the position of the Land Rights Certificate Holder when the blockage is carried out is that the right holder cannot take legal action against the blocked land for 30 days after the block registration was carried out, article 19 UUUPA / PP 241997 regarding registration will not be lost The legal certainty of the rights holder remains attached to it as long as there has been no transfer of rights to the land they own. If the 30 day period of blocking is over but the dispute has not been completed, the blocking will not be removed by law and will remain in effect as long as there is no request for revocation by the applicant or the provisions -Other provisions which become the reasons for the removal of the block in accordance with article 14 of the Regulation of the Minister of ATR / Head of the National Land Agency No.13 of 2017 concerning the Procedure for Blocking and Confiscation, this is because in the Land Office (Semarang) there is no system that can identify or filter out expired blocks.   Keywords: Land Registration, Legal Certainty, Rightsholders, Blocking of Land Rights Certificates, Position of Rightsholders

The information system for purchases and cash disbursements is one of the entire information systems. In retail sales companies need control of purchases and cash disbursements that are precise and fast. In an effort to minimize sudden out-of-stock inventory, it is necessary to secure an inventory to cope with a sudden out of stock due to delays in purchasing goods that occur at CV. New Space. This is what encourages the author to conduct research on CV. Angkasa Baru and choose the title "Purchasing Information System and Cash Distribution at CV. New Space. In writing this research systemin formation, the author uses the Microsoft Visual Basic 6.0 application, the research writing method uses the Research and Development (R&D) model, while the stages of this research model go through the stages of observation or interviews with parties related to the data required in writing this thesis, stages of designing the application system, designing specifications, validation test stages, revision of validation until the system passes. The development method used by the author is the prototype method, where the system created will be tailored to the needs of the user, if there is a change in the system it will be repaired until the user is satisfied with the system.

The development of technology allows one to obtain other people's spatial position data. One mobile technology that utilizes spatial data as a supported factor is location-based services. The large number of employees at the PT.XYZ causes the presence of a controlled process to be under control, and even tends to be questioned. Because it takes a GPS-based presence system on android that is expected to be a solution of the problems that occur at this time. The system development method used is a six-step R&D method, consisting of: Research and information gathering, Planning, Development of initial product forms, initial field testing, major product revisions, main field testing. The final result is the prototype of the Ganesha Employee Presence System Operations. The test results on the system shows the employee attendance system can run on the android platform. The system only responds to presence based on the position of the employee's coordinates with office coordinates. Besides checking the presence process is also based on devices that have been approved in the system. 

Irrigation is a land irrigation system by damming water sources. Irrigation as the provision, regulation and disposal of water to support agricultural needs. Irrigation is generally used by farmers, especially farmers in rice fields to irrigate and provide water supply to agricultural land, monitoring water stock in rice fields must be done frequently because rice water needs must be balanced with a lack of water supply or excess water supply in rice fields is not good for rice growth . So far, farmers have monitored irrigation channels manually, the location of the rice fields from the farmer's house often causes rice plants to experience scarcity because the floodgates are not opened when the water supply is running low or experiencing water supply. excess because the floodgates are opened for too long, this will greatly disturb the growth of rice plants. Making a monitoring and control system for irrigation channels using a water level sensor installed on the ESP 8266 microcontroller (Wemos D1), the system uses a programming language c. This tool can be used to open the irrigation door if the water supply in the rice fields is below the minimum limit and will close the water gate when the water supply has reached the maximum limit, the servo motor is used to open and close the floodgates. . . The monitoring results obtained will be displayed to users in real time through the android application interface and will be stored in the form of a text file on the storage media.

For blind people, assistive devices to carry out daily activities are needed. If you don't use assistive devices, blind people will experience difficulties when carrying out daily activities such as reaching the obstacles that are near them. In designing the system using the Arduino UNO R3 microcontroller board as a controller, five ultrasonic proximity sensors to determine the distance and position from the user to the front and lower obstacles. In addition, the MP3 module and headseat are used as a marker for sound in the form of sound when detecting an object and the SIM800L module is used to send SMS and the GPS module is used to determine coordinates. The validation test shows the value of 31.5 is between 31- 40 which means that it is located in a Very Good (Valid) value. Keywords: Walking Aid, Blind, Ultrasonic Sensor, Microcontroller, Arduino Uno, GPS

The textile and textile products (TPT) industry in Indonesia still has a lot of problems, one of which is the problem of raw materials which are considered to be unable to compete with the same material from importation sources. This requires the company continue to strive to increase productivity and cost efficiency to mitigate the increase in prices of raw materials charged to consumers. One effort that can be done by the company is to improve the efficiency of the cost of raw material inventory. The company must be able to plan and control the company's raw material inventory to support the effectiveness of its raw material costs. By having good planning and control, the company will avoid the problem of excess and lack of raw material inventory in carrying out production activities. This study aims to determine the application of the Justintime system at PT Bintang Baru Sentosa in increasing the efficiency of the company's raw material inventory costs. The type of research is quantitative qualitative research with a case study approach. Data sources obtained from primary data and secondary data. The methods used in this study include: interviews, observation, and documentation studies.The results of the study show that using Justintime in controlling raw material inventories has cost efficiencies of Rp18.418.185,- for 75/72 F DTY and 150/48 F DTY with a cost efficiency level of 75%.  Keyword:Raw Materials, Inventories, Just.intime (JIT), Cost Efficiency

The state considers that all forms of violence, especially domestic violence, constitute violations of human rights and crimes against human dignity. The objective of this study was to demonstrate that the integrity and harmony of a household can be disrupted if the quality and self-control cannot be maintained, ultimately leading to domestic violence and causing a sense of insecurity or injustice to those within the household. This qualitative research used a descriptive approach to systematically gather data that were factual and rapid in line with the condition when this study was conducted. The results showed that every individual within a household, in carrying out their rights and responsibilities, must be guided by religion. Such principles need to be nurtured and developed to build the integrity of a household.

Improvement of Textile Industry system design with Six Sigma and FMEA to improve process quality. Six Sigma is a method of continuous quality improvement, by minimizing the number of defects. FMEA (Failure Mode Effect Analysis) tool is used to help determine the appropriate action, eliminating priority failure modes. The next step to improve to determine the most influential factor to the occurrence of color defects, so that the influence of the interference factor is minimum. If the control function is carried out and the factors causing the defect do not appear again there will be an increase in sigma value. FMEA analysis results obtained by machine temperature and material factors that most influence the occurrence of color defects, with RPN values of 210 and 120 respectively, the Six Sigma calculation results an increase in sigma value from initial conditions of 3.78 sigma to 4.93 sigma, or an increase in process capability of 1.15 sigma. Proposed improvements with DOE so that color defects do not appear are suggested by setting the thermosol engine temperature control device and mixing the optimized NaCl. Keyword : Six Sigma, FMEA, DOE

The development of smartphones today is very rapid and can not be separated in everyday life in finding information or making information and in all fields of work requires communication tools to access data and information, it is no wonder in terms of smartphone work being an inseparable part separate, this research I use smartphone especially Android which is currently one of the operational systems that are commonly used by the public especially Indonesia so that it can be used to help team performance in the field in this case Merchandiser in conducting Data Processing Asset Material Promotion Using Qr Code to monitor and control the allocation of promotional material assets in the field to facilitate reporting of promotional material assets. QR Code is a two-dimensional matrix code or barcode that comes from the word "Quick Response", where the contents of the code can be deciphered quickly and precisely, Optimizing the use of applications in this case QR code to facilitate monitoring and control of promotional materials in the field which will help merchandiser to help make it easier to do work in the field and directly connected to the admin computer at the head office, so it will be easy, fast, and accurate.

Kaliwungu Dream Building Shop is a business engaged in the sale of building materials and building-producing tools. This trading business sells various materials and tools for building buildings such as sand, cement, nails, paint, hammers and so on. The Dream Building Shop was founded by Mr. Zaenal, whose address is Jalan Raya Sekopek No. 10 Sarirejo Kaliwungu, Kendal Regency. Kaliwungu Dream Building Shop in recording sales transactions, purchases and reports - reports still use the manual method by writing them into a book, this method still requires time which is relatively old and prone to calculation errors, as a result you have to work 2 times or even many times to recalculate transactions that occur. Factors that are generally controlled are human errors that occur in cooking data and storing & maintaining paper-shaped documents, where this is very difficult to overcome. In addition, the process of searching for data or inventory is also less effective and efficient. also affect customers, even though performance according to the store is needed to satisfy customers.

The community's need for electricity is getting higher, so alternative energy sources such as solar heat are needed to replace energy sources from fossil fuels in meeting electricity needs. In this paper we design a two-axis solar tracker with an LDR sensor. A sun tracking system is a unit that is combined into one to control the position of the tracking device with the aim of making the surface of the solar panel module always facing the direction of sunlight. This research discusses the Prototype of the Sun Tracking System in Arduino Based Solar Power Generation Systems to get maximum solar energy. This system will make solar panels move automatically so that sunlight absorption can be maximized. The main control uses Arduino nano which gets input values ​​from the LDR sensor then is processed to the output system. With the control system method can automatically be seen the difference in the results of a fixed solar panel with a solar panel with a tracker, from the comparison we get a solar panel with a tracker to get more optimal results.