Decision Suppor For Selection Of System Analyst In Industry 4.0 Generation Era Using: MCDM-AHP And Promethee Elimination Methods

Decision Suppor For Selection Of System Analyst In Industry 4.0 Generation Era Using: MCDM-AHP And Promethee Elimination Methods

• By Akmaludin, Akmaludin; Cahyadi, Cepi; Kuswanto, Hermat; Rahman, Taufik; Sudradjat, Adjat; Saputra, Ellin Panca;
• Jurnal Internasional
• 490
• 11306-11312

The process of developing information systems in the industrial 4.0 era is a necessity that needs to be done to follow even to maintain the existence of the company even to defeat the competitor companies in the current digital era. Now many large  companies can not develop because they do not rely on good information technology in running their companies, even small scale companies are able to develop and defeat large scale companies. System analyst is a work to develop a company system that is able to maintain and improve the company's progress towards its competitors, so the strong question is how to find out the recruitment of system analysts in the selection process can be well known, so as to produce human resources in the field of systems analysts really have competencies in accordance with what is needed. A method that can be done is to do a combination of two methods that can be used to conduct a selection of reliable human resource recruitment, namely the Analytic Hierarchy Process (AHP) and the Promethee elimination method. AHP can be used to measure the weights of each criterion needed and Promethee Elimination can be used to determine the highest selection weights to prioritize.

• Katakunci Analytic Hierarchy Process, Multi- criteria, Promethee elimination, Selection and evaluation, System Analyst.
• URL http://www.journalajst.com/sites/default/files/issues-pdf/8250.pdf
• Penerbit ,

REFERENSI

Aan, Mesran, Andysah Putera, Utama Siahaan, Universitas Pembangunan, and Panca Budi. 2017. “Best Student Selection Using Extended Promethee II Method.” International Journal of Recent Trends in Engineering and Research 3(8):21–29.
Brans JP and Vincke Ph. 1985. “A Preference Ranking Organisation Method: (The Promethee Method for Multiple Criteria Decision-Making).” Journal of Chemical Information and Modeling 31(6):647–56.
Brunelli, Matteo, Andrew Critch, and Michele Fedrizzi. 2013. “A Note on the Proportionality between Some Consistency Indices in the AHP.” Applied Mathematics and Computation 219(14):7901–6.
Christian, Assamoi Valerie, Yabin Zhang, and Coulibalykigbajah Salifou. 2016. “Application of PROMETHEE-GAIA Method in the Entry Mode Selection Process in International Market Expansion.” Open Journal of Business and Management
04(02):238–50.
Chupiphon, Srisawat, and Payakpate Janjira. 2016. “Compariosn Of MCDM Methods For Intercrop Selection In Rubber Plantations Chutiphon.” Journal of ICT 1(1):165–82.
Ghazinoory, S., M. Daneshmand-Mehr, and A. Azadegan. 2013. “Technology Selection: Application of the PROMETHEE in Determining Preferences - A Real Case of Nanotechnology in Iran.” Journal of the Operational Research Society 64(6):884–
97.
Guh, Yuh Yuan, Kuo Ren Lou, and Rung Wei Po. 2009. “An Additive Scale Model for the Analytic Hierarchy Process.” International Journal of Information and Management Sciences 20(1):71–88.
Jones, Robert Murray. 2018. “Algebraic Structures of Mathematical Foundations.” Open Journal of Philosophy 08(04):401–7.
Kamble, S. G., K. Vadirajacharya, and U. V. Patil. 2018. “Decision Making in Distribution System Using Improved AHP-PROMETHEE Method.” Proceedings of the International Conference on Computing Methodologies and Communication, ICCMC 2017 2018-Janua(Iccmc):279–83.
Karanja, Erastus, Donna M. Grant, Shinetta Freeman, and David Anyiwo. 2016. “Entry Level Systems Analysts: What Does the Industry Want.” Informing Science 19(1):141–60.
Kaur, Kulbir, and Harshpreet Singh. 2015. “PROMETHEE Based Component Evaluation and Selection for Component Based Software Engineering.” Proceedings of 2014 IEEE International Conference on Advanced Communication, Control and Computing Technologies, ICACCCT 2014 (97):1421–25.
De Keyser, Wim, and Peter Peeters. 1996. “A Note on the Use of PROMETHEE Multicriteria Methods.” European Journal of Operational Research 89(3):457–61.
Kumari, Shwetha, and T. Y. Mallaiah. 2017. “Digital Information Literacy Skills Among Faculty Members of Engineering Colleges in Manalore, Karnataka: A Study.” International Journal of Digital Library Services IJODLS | Geetanjali Research
Publication 7(1):28–37.
Maity, Saikat Ranjan, and Shankar Chakraborty. 2015. “Tool Steel Material Selection Using PROMETHEE II Method.” International Journal of Advanced Manufacturing Technology 78(9–12):1537–47.
Mareschal, B., and Y. De Smet. 2009. “Multicriteria Decision Aided System for Ranking Industrial Zones.” IEEE International Conference on Industrial Engineering and Engineering Management (2):1646–49.
Mareschal, B., Y. De Smet, and P. Nemery. 2008. “Rank Reversal in the PROMETHEE II Method: Some New Results.” 2008 IEEE International Conference on Industrial Engineering and Engineering Management, IEEM 2008 2(2):959–63.
Moreira, Marcela P., Carlos J. Dupont, and Marley M. B. R. Vellasco. 2009. “PROMETHEE and Fuzzy PROMETHEE Multicriteria Methods for Ranking Equipment Failure Modes.” 2009 15th International Conference on Intelligent System
Applications to Power Systems, ISAP ’09.
Peterková, Jindra, and Jiří Franek. 2018. “Decision Making Support for Managers In Innovation Management: A PROMETHEE Approach.” International Journal of Innovation 6(3):256–74.