This research was conducted to analyze, knowing, and give an overview of the production process conducted by PT. BPG using Statistical Process Control (SPC) method. The research data is daily production data from January 2015 until December 2016. The results showed that the content of Free Fatty Acid and the level of dirt is still beyond the specified limits by National Standardization Agency (BSN) No. SNI-01-2901-2006. After analyzing using cause and effect diagram obtained source of problem from material factor, man, environment and method. In the Improve stage, a recommendation proposal is based on the analysis of the cause and effect diagram and the 5W+1H method with the aim of addressing the existing problems and reducing the level of disability that occurs. The proposals obtained are to provide additional standard criteria of fruit grading and provide training and refreshment for existing SOPrelated laborers on the correct processing of fruit, in addition to the fruit shelter area made of cover so that the fruit is not exposed to direct sun and rain.

The Internal Border Gateway Protocol network topology in an internet service company that is not well-designed can affect the convenience of service users such as the length of time the internet network is down when the Internal Border Gateway Protocol network has a problem. Therefore, it is necessary to design an Internal Border Gateway Protocol network topology that can meet the needs of service users. In this case, the internet connection service should always work. This study aims to build a failover system in one of the internet service providers which is PT. Quanta Tunas Abadi using the Network Development Life Cycle approach. The results of Internal Border Gateway Protocol network topology design became a proposal for the development of Internal Border Gateway Protocol networks at the PT. Quanta Tunas Abadi. The results of the implementation of a failover system using the Open Shortest Path First protocol and IP Loopback on the Internal Border Gateway Protocol network have a positive effect of being able to automatically move the Internal Border Gateway Protocol connection path within 3 seconds and the Border Gateway Protocol connection status remains established when the line of the main used is disconnected.