Risk assessment user interface design’s by using object orientation programming approximation in Wooden Toys Industry

Mutiasari, M and Tanjung, Widya Nurcahayanty and Parwati, Niken and Purwandari, Aprilia Tri and Islamiah, U W (2020) Risk assessment user interface design’s by using object orientation programming approximation in Wooden Toys Industry. IOP Conference Series: Materials Science and Engineering, 847. pp. 1-8. ISSN 1757-899X

	Text (Article's Content) ILS0232-23_Isi-Artikel.pdf - Published Version Download (351kB)
	Text (Plagiarism Check) ILS0232-23_Cek-Turnitin.pdf - Supplemental Material Download (1MB)

Abstract

Supply chain is a group of companies that work together to create and deliver products to end users [7]. Whereas supply chain risk is defined as an imbalance between demand and supply. Supply chain disruptions can cause various problems such as length of waiting time, out of stock, inability to meet customer demand, and rising costs [1]. If supply chain risk occurs, it will certainly cause material and non-material losses. To anticipate this loss, proper supply chain risk management is essential. In this study, the author developed [11] research entitled "Risk Management Analysis Using FMECA and ANP Methods in the Supply Chain of Wooden Toy Industry", IOP Conference Series: Materials Science and Engineering, 2019 "The development carried out by the author is" Risk Assessment User Interface Design's by using Object Orientation Programming Approximation in Wooden Toys Industry" aims to build information systems so that users more easily determine the greatest risk in the company and can minimize the impact of risks that may occur so that it is more effective and efficient . There are 6 risk factors with 25 risk variables from the data questionnaire results [11] and the biggest risk factor is eviroment with marcoeconomic variable risk of 518,778.

Actions (login required)

View Item