Proses pembuatan kartu ujian setiap pergantian semester adalah mengkombinasikan beberapa komponen yang terdiri atas mahasiswa, dosen, ruangan, waktu dan pembayaran. Pembuatan kartu ujian membutuhkan waktu, tenaga dan ketelitian dalam membuatnya dan juga proses yang sangat lama yaitu sekitar satu mingguan karena masih bersifat manual alias jadul , untuk dapat menghasilkan kartu ujian pihak dari RPU harus membuat jadwal ujian dulu yang datanya diambil dari data OJRS+ . Penelitian ini membuat perancangan kartu ujian online menggunakan YII Framework. Hal ini dapat menjadi permasalahan karena masih dimungkinkan adanya resiko permasalahan bentrok. Semua permasalahan ini dapat diselesaikan dengan sebuah sistem yang dapat membuat jadwal secara otomatis atau secara online.Dengan ini akan membicarakan bagaimana membangun sebuah aplikasi penjadwalan otomatis mulai dari analisa kebutuhan hingga bagaimana sebuah permasalah penjadwalan dapat diselesaikan. Kata Kunci: Optimalisasi, online, Kartu Ujian, framework bootstrap

Internet (interconnected-networking) is a series of computers that are connected globally in several circuits and use TCP / IP as packet exchange communication protocol. The internet as part of the technological development that is very rapidly developing in people's lives today has been able to be used as a medium of communication and control of devices from a distance as long as they are still connected to each other. The internet is like virtual threads that connect with one another, forward data and convey data from one point to another. However, along with the development of increasingly advanced science and technology, the internet is no longer just to connect between humans but also to control between any object that can be connected. In this study there were 3 (three) problems and 3 (three) problem solving methods Electronic device control in the form of LED lights using an IoT platform that is open source. This study uses the NodeMCU module as a station, which will be controlled by the Blynk application with an internet connection. In this study using the NodeMCU module as a station, which will be controlled by the Blynk application by connecting to the internet.

The development of science and technology is now increasingly rapid development, the need masyarakatakan akan information technology is increasing as well in the business world that tend to be dynamic and always changing in accordance with the times, consumer needs, andthe marketing environment, resulting in the large market demand. On the other hand emerging similar businesses that cause high levels of competition. PT. Arai Rubber Seal Indonesia is one type of company engaged in automotive spare parts industry. To support the automotive industry The company is growing quite rapidly, can be seen from the order of goods that enter quite a lot. Therefore, the company strives to improve the quality of its products also improve the system of ordering information and delivery of goods. In designing this system the author uses evolutionary prototype method because the author wants the prototype is still used for the next design iteration. In this case, the actual system is seen as an evolution from a very limited initial version to the latest evolution that better than using the author's prototype method also uses the design method. In this system the authors do the design method using UML (Unified Modeling Language) method because by using UMLmethod, engineering and device development can be done with the focus of development and design software it is also author With the analysis of information systems marketing and ordering goods expected to improve the activity Ordering and delivery of goods in order to compete to achieve company goals.

Abstract    Internet (interconnected-networking) is a series of computers that are connected globally in several circuits and use TCP / IP as packet exchange communication protocol. The internet as part of the technological development that is very rapidly developing in people's lives today has been able to be used as a medium of communication and control of devices from a distance as long as they are still connected to each other. The internet is like virtual threads that connect with one another, forward data and convey data from one point to another. However, along with the development of increasingly advanced science and technology, the internet is no longer just to connect between humans but also to control between any object that can be connected. In this study there were 3 (three) problems and 3 (three) problem solving methods Electronic device control in the form of LED lights using an IoT platform that is open source. This study uses the NodeMCU module as a station, which will be controlled by the Blynk application with an internet connection. In this study using the NodeMCU module as a station, which will be controlled by the Blynk application by connecting to the internet.