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Journal : Journal of Sustainable Engineering: Proceedings Series

COBIT 5 Monitoring and Evaluation on the Electronic Procurement Services in Gorontalo Province Stephan Adriansyah Hulukati; Arief Setyanto; Nina Kurnia Hikmawati
Journal of Sustainable Engineering: Proceedings Series Vol 1 No 1 (2019)
Publisher : Fakultas Teknik Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35793/joseps.v1i1.12

Abstract

In accordance with Gorontalo Provincial Government Regulation No. 3 of 2016 concerning the Implementation of Information and Communication Technology-Based Deliberations, the Local Government (the provincial, municipality and regency government) is obliged to manage data in information system applications for internal and external interests by paying attention to the security of the application of communication and informatics, Gorontalo’s LPSE serves to ensure that IT organizations use resources efficiently, secure organizational assets, maintain organizational data integrity and security, and achieve organizational goals effectively. This corresponds to the Province ’s vision of e-Government. One of Gorontalo’s e-Government infrastructures is the e-procurement service. To find out whether the LPSE service is effective, evaluation is needed. This paper presents an evaluation of Electronic Procurement Services using COBIT 5 (Target Control for Information and Technology related version 5). By analyzing awareness management on the strategic plan for Electronic Procurement Services (LPSE) that need to be evaluated. Namely in the process (ME1) in terms of information technology performance, after conducting an Awareness Management analysis then measure the level of management ability by using the Maturity model to get maturity values for performance domain information technology (ME1) with a maturity value of 2,56. internal control (ME2) with a maturity value of 1,80. In accordance with external requirements (ME3) with a maturity value of 2,44. and information technology governance (ME4) with maturity values 2,99.
Designing an Internet of Things Based Automatic Clothesline Irvan A. Salihi; Stephan Adriansyah Hulukati; Steven Humena
Journal of Sustainable Engineering: Proceedings Series Vol 1 No 2 (2019)
Publisher : Fakultas Teknik Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35793/joseps.v1i2.33

Abstract

In Indonesia, there are 2 seasons, rainy season and dry season. The rainy season occurs from November to March, while the dry season occurs from April to October. With the changing seasons that are very unpredictable, so that the weather cannot be regulated by humans so that it requires the latest technology in this case the internet of things, that concern increases when outside the home and at that time there is no one at home. for fear of clothes that are dried wet with rain water as a result also if clothes that have been dried in the sun and will be exposed to rain water do not rule out the clothes we use will cause a bad odor. By using the mcu node esp 8266 dried is controlled by using a smartphone so that it can be controlled with a long distance then add a rain sensor to anticipate sudden rain fall. If a rain sensor is detected by water, the web system of the relay component will be active and give a command to Nodemcu esp8266, after the program runs the relay will be active and the motor can run forward or backward if the relay is on and the Relay is Off then the motor unable to work forward or backward. Fabric weight is measured by a scale so that it can calculate the weight of the wet cloth obtained. The maximum number of fabrics to be used in this automatic clothesline is to keep the motor running and the motor won't be damaged easily.