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The development of information technology is growing rapidly. Efforts to increase effectiveness and convenience in daily life are needed so that performance is more efficient. At SMP Negeri 2 Godean, the attendance system for entering the laboratory is still manual. The teacher must record student attendance in a book, then recap manually. This causes the attendance system and access to the laboratory to be long. To overcome this, the researchers built an automatic laboratory entry system that has features: automatic attendance and provides automatic access to enter the laboratory. Laboratory visitor data will be stored in this system. The data in the system includes teacher data, student data, laboratory usage schedules. This research has succeeded in developing an automatic laboratory entry system, this system can record student attendance and provide laboratory entrance access for students. [ABSTRACT FROM AUTHOR]

The existing education personnel need to be seen and analyzed for their performance as educational milestones that hone students to know better in learning. The task corridor is very complex considering that there are many things that can affect each individual student. Quality learning is not only limited to the implementation of learning in the classroom but also reporting and evaluation carried out by teachers or lecturers. This important role is one of the basic skills as a teacher or lecturer. This research is a research that combines data collection using qualitative methods and quantitative methods. The sample used used representatives of each faculty at the University of PGRI Yogyakarta. The sampling method used proportional random sampling. Fourth is data analysis from documentation data. And lastly is the report generation section. PGRI Yogyakarta University has 193 lecturers spread across four faculties. Determination of the number of samples from the population using certain calculations using an error rate of 5%. So that the number of samples obtained is 123 lecturers. The instruments used are Questionnaires, Interviews, and Documentation. Based on research and the Linkert scale, the level of ability of lecturers at PGRI Yogyakarta University is at the "enough" level or 41% - 60%. This is a note that one of the competencies of a lecturer regarding evaluation questions needs to be improved and followed up to make it better. [ABSTRACT FROM AUTHOR]

Current technological developments have included in the field of motorcycles. Currently, a GPS Tracker system has been developed that can monitor the location of the motorcycle and control the engine on the motorcycle remotely. This gave rise to the idea of building a motorcycle smart lock system using an Android-based Arduino with GPRS-based transmission media. The purpose of this system is to design a system so that it can control motorcycle engines, monitor motorcycle locations, view motorcycle travel history and provide information on nearby locations such as the location of police stations, hospitals, restaurants, gas stations and ATMs through the android application. The characteristics analyzed in this system is the functional testing of the system. From the results of the tests carried out, it can be concluded that the android application has been running well and is more informative, the communication system for the android application to the hardware cannot be applied in all places but in places that have good signal coverage. The worse the signal condition, the more commands the android application makes to the hardware, the greater the delay generated. [ABSTRACT FROM AUTHOR]

Jaundice is a baby patient who has health problems with high levels of bilirubin in his body. This condition makes the body part yellow. This condition is also known as jaundice, which is where the baby needs to be treated immediately to bring down the normal bilirubin levels. Babies suffering from hyperbilirubinemia should be treated with the help of phototherapy treatment. This therapy should be carried out until the level of bilirubin in the body of the icterus has decreased. The research aims to design therapeutic tools by implementing the internet of medical things technology to improve the safety of icterus patients treated with blue light therapy. Implementation of this technology can affect the efficiency and effectiveness of health workers in monitoring and time setting. This research uses various components with cloud systems. This phototherapy system uses ESP as a microcontroller connecting IoT with an LM35 sensor that measures temperature while being treated. Then the LED is used to display the current temperature of the baby who is undergoing therapy. The buzzer sounds if the phototherapy temperature reaches more than 38˚C. Because the temperature is the maximum limit in phototherapy treatment for jaundice, monitoring this system is done using the android system. This step makes it easier for health workers to monitor temperature developments so that therapeutic accidents do not occur and increase patient safety. [ABSTRACT FROM AUTHOR]