Design economic feasibility review (DesignVE) is a task that involves reviewing the economic feasibility and field application of design contents by function and alternative to secure the required ...functions of facilities with the minimum Life-cycle cost (LCC). The Ministry of Land, Infrastructure, and Transport (hereafter, MOLIT) integrates and manages the results of the design value engineering (VE) performed by each ordering agency through the DesignVE system (hereafter, "DesignVE Yard"), which it has constructed based on the "Guidelines for Reviewing the Economic Feasibility of the Design" (hereafter, "VE guidelines"), so that similar design tasks can use the integrated information. It is also making it mandatory to input the DesignVE result information in the DesignVE Yard through the VE guidelines. MOLIT's affiliated agencies, however, including public corporations and services, have dedicated organizations for the performance of DesignVE tasks, and they have constructed and operated their own DesignVE systems. As a result, these affiliated agencies have the problem of performing the same task twice, inputting the DesignVE result information in their own DesignVE system and inputting the same information in MOLIT's DesignVE Yard. To address the aforementioned problem, proposed in this paper is a plan for linking the information systems through the status survey and analysis of the existing DesignVE systems. Through this, it is expected that the problem of unnecessary duplicate inputs will be addressed, and that the integrated management and operation of the DesignVE result information through MOLIT's DesignVE Yard will be improved.
PROJEKTNI INFORMACIJSKI SUSTAV Bistričić, Ante
Tourism and hospitality management,
12/2006, Volume:
12, Issue:
2
Journal Article
Peer reviewed
Open access
Informacijski sustav mora osigurati podatke, informacije i odgovarajuću informacijsku tehnologiju za: potrebe izvođenja poslovnih procesa; potrebe meneđmenta (podsustava i poslovnih funkcija i sl.); ...potrebe izrade stručnih osnova za meneđerske odluke; i potrebe vodećeg menadžmenta poslovnog sustava. U poslovnim sustavima menadžment određujemo kroz tri dimenzije i to: menadžment operative, prilagođavanja i razvoja a time i poslovne procese. U skladu s tim razlikujemo dva osnovna aplikativna područja informacijskog sustava: a) informacijski podsustav operative i b) informacijski podsustav razvoja. Informacijski podsustav razvoja pruža sve neophodne podatke i informacije potrebne izvođačima i menadžerima koji su zaduženi za izvedbu projekata prilagođavanja i razvoja poslovnog sustava. Ti projekti se izvode na nivou poslovnog sustava ili nekog od njegovih podsustava. Projektni informacijski sustav je informacijski sustav za zadovoljavanje informacijskih potreba
vođenja glavnog sustava projekta i sustava skrbništva projekta te za potrebe vođenja i izvođenja sustava izvođenje projekta. Projekti su rezultat procesa izvođenja strategija u poslovnim sustavima. Ide se za time da se strategije pretvore u projekte, koje poslovni sustavi u određenom vremenskom periodu izvode. Sa brzom
pretvorbom strategija u projekte te njihovim brzim i kvalitetnim izvođenjem postiže se namjena projekta tj. strateška i konkurentna prednost poslovnih sustava.
D’Implantation de Systèmes d’Information. Etude de cas : Les PME AlgériennesNotre thèse est consacrée à l’étude des technologies de l’information et de communication (TIC), leurs usages, impacts et ...leurs appropriations ainsi que les contraintes qui freinent leur intégration dans les petites et moyennes entreprises (PME). Notre étude a permis : Analyser les facteurs d’acceptabilité du système d’information (SI) en adoptant une approche comportementale et montrer la nécessité d’une approche immatérielle (Humaine/Culturelle, organisationnelle /managériale…) dans la conduite et la gestion du projet SI.Prendre en considération deux niveaux d’analyse : Le niveau micro pour l’analyse des facteurs immatériels relatifs à la méthodologie du projet d’implantation de SI, et les facteurs immatériels relatifs aux phases du projet SI. Le niveau macro pour l’analyse des facteurs immatériels relatifs à la stratégie d’aide et d’assistance, de diffusion des TIC dans les PME. La conception d’un modèle de recherche et effectuer deux tests : Le premier test de base de notre modèle en pré-adoption a permis de révéler une corrélation positive et statistiquement significative entre les facteurs immatériels et les facteurs d’acceptabilité. Communiquez les résultats du premier test. Le deuxième test en post-adoption qui nous a permis de : Confirmer la continuité de l’acceptabilité du SI en post-adoption avec l’augmentation du taux d’acceptabilité du SI. Confirmer la continuité de la prise en compte des facteurs immatériels dans le projet d’implantation du SI avec l’augmentation du taux d’immatérialité. Déduire que notre approche immatérielle a permis d’améliorer le taux d’acceptabilité du SI et, par conséquent, augmenter le taux de succès du projet d’implantation du SI.
Our thesis is devoted to the study of information technology and communication (ICT), their uses, impacts and their appropriations as well as the constraints which slow down their integration in small and medium-sized enterprises (SME). Our research allowed :To analyze the acceptability factors of the information system by adopting a behavioral approach and aims at showing the necessity of an immaterial approach (Human / Cultural, organizational / managerial ...) in the conduct and management of the project of the information system (IS). To Consider two levels of analysis: The micro level to analyze the immaterial factors relative to the methodology of the implementation project of IS and the immaterial factors relative to the phases of the project of the IS. The macro level to analyze the immaterial factors relative to the strategy of assistance and support, diffusion of ICT in SME. To Concept design of a research model and doing two tests: The first basic test of our model in pre-adoption allowed to show a statistically significant correlation between the immaterial factors and the acceptability factors. Communicate the results of the first test. The second test model in post-adoption phase allowed to confirm the continuity of the acceptability of IS in post-adoption with the increase of the rate of acceptability of IS. Confirm the continuity of the consideration of the immaterial factors in the project of implementation of an IS with the increase of the rate of system immateriality. Deduct that our immaterial approach allowed to improve the rate of acceptability of the IS and, consequently, to increase the rate of success of the project of implementation of IS.
