Abstrak  Kesehatan adalah salah satu permasalahan yang utama dalam kehidupan semua orang pada zaman modern ini. Aplikasi teknologi informasi yang canggih serta cermat terus diperlukan dan dikembangkan dikala ini. Sekarang pada aplikasi aspek data jasa, penyembuhan ataupun sistem registrasi di rumah sakit dengan cara online. Sistem pada alat yang dirancang ini merupakan sistem yang dapat memonitoring kondisi ruang klinik seperti kelembaban, suhu ruangan, kadar CO, CO2 kadar NH3, kadar NO2 serta memberikan informasi kondisi kesehatan pengguna seperti suhu tubuh, menggunakan aplikasi blynk, Untuk menyelesaikan Tugas Akhir ini digunakan model pengembangan untuk tugas akhir. Terdapat beberapa pengujian dan pembahasan blynk virtual write dari sensor buat memonitoring dan pembahasan blynk virtual write pada program Arduino IDE akan dibahas dan akan ditampilkan secara langsung pada Liquid Crystal Display (LCD), sedangkan untuk Internet of Things (IoT) ditampilkan pada aplikasi blynk yang ada di smartphone atau web yang ada di komputer.Dalam pengujian sensor DHT22 yang dilakukan pada ruangan kampus Lab. Elektro, untuk pengujian sensor Mics-6814 dilakukan secara real time tiap 30 menit, untuk pengujian sensor MQ135 untuk gas CO2 yang dilakukan secara real time tiap 30 menit, sedangkan pengujian sensor MLX90614 dilakukan pengukuran suhu tubuh dengan mahasiswa. Abstarck    Health is one of the main problems in everyone's life in this modern era. The application of sophisticated and accurate information technology continues to be needed and developed at this time. Now on the application of service data aspects, healing or registration systems at hospitals online. The system in this designed tool is a system that can monitor clinical room conditions such as humidity, room temperature, CO levels, CO2 levels of NH3, NO2 levels and provide information on user health conditions such as body temperature, using the blynk application. development for the final project. There are several tests and discussions of blynk virtual writes from sensors for monitoring and discussion of blynk virtual writes on the Arduino IDE program which will be discussed and will be displayed directly on the Liquid Crystal Display (LCD), while for the Internet of Things (IoT) it will be displayed on the existing blynk application. on a smartphone or web on a computer. In testing the DHT22 sensor which was carried out in the Lab campus room. Electrical, for testing the Mics-6814 sensor in real time every 30 minutes, for testing the MQ135 sensor for CO2 gas which is carried out in real time every 30 minutes, while testing the MLX90614 sensor, body temperature measurements are carried out with students

There are several areas in Probolinggo District where accidents often occur because the location of the existing road is indeed very dangerous, because of sharp turns or because of the heavy traffic on the road, this problem can be reduced by giving messages through the Android mobile application. The number of accidents that occur in various places with the time of the incident in the district of Probolinggo can be obtained at the Office of Transportation. The purpose of this research is to create an GIS android application that can provide information about maps of accident-prone areas in Probolinggo Regency. The method used is using a spiral. With stages, Planning, Risk Analysis, Product Engineering, Evaluation by users. Information about traffic accident-prone locations is very much needed by the community, transportation and law enforcement agencies in this case the police. Android-based Geographic Information System as an appropriate tool to be applied in this case because it uses the Mapping location of accident-prone areas and will, sending messages (dangger message), in the form of user distance from accident-prone locations.