Abstract
The career guidance process for graduates and students is affected by many factors; this, in turn, has motivated researchers to use a variety of scientific methodologies and techniques for proposing career guidance systems and solving related problems. The choice of right career not only positively affects the professional life of graduates, but also the academic life of students. As a result, the significance of developing career and educational guidance systems has increased. In this paper, the researcher discusses the effectiveness of using the proposed cloud-based career and educational guidance system to help students and graduates move to the professional world. The main objectives of the system include helping students choose their majors; helping graduates choose a career that is appropriate to their educational skills, practical experiences, and scientific ability; providing graduates and students with training courses required for specific careers. The proposed system is presented as a “Career-as-a-Service” cloud model. In this paper, the use of Fuzzy Logic for defining system inputs, processes, and outputs as a new representation for career and educational guidance system parameters is introduced. Cronbach’s alpha tests are used for measuring the validity and reliability of the study questionnaires’ content. In this study, several analysis methods such as Spearman correlation, stepwise multiple linear regression, skewness, mean, and standard deviation have been used to determine the effect and performance of the proposed system through dominating factors such as gender, age, class standing, enrolment status, specialization, and city.
Highlights
One of the important objectives of the students is how to choose the right major and career because their decision will positively support their academic level and professional life
The main objectives of cloud computing security include (1) availability: services must be accessible whenever and wherever the customer needs; (2) authentication: the confirmation of the identity of individuals is associated with web communication; (3) accountability: the cloud computing systems ensure the agreement of individuals' involvement in data transmission among the systems; (4) confidentiality: the user's data should be protected in the cloud systems by permitting its accessibility only to authorized people; (5) integrity: the cloud systems confirm that the data has not been modified when it is stored, processed and transmitted; (6) portability: the ability to move services, applications, and data from one cloud computing environment to another with minimal cost
The research result has shown that there is a positive relationship between the dependent and independent variables related to dimensions of practices in using career and educational guidance system as a cloud service, at a significance level less than (0.01), (0.05) which proves the validity of the research key hypothesis
Summary
One of the important objectives of the students is how to choose the right major and career because their decision will positively support their academic level and professional life. Cloud Computing-- the fifth generation of networks and a successful model of service-oriented computing that developed how computing infrastructure is used and managed. It can hold assets, providing services to consumers and helpful, on-demand access to an incorporated, shared pool of enrolling assets to convey by a nominal administration overhead and with excessive effectiveness. The main objectives of cloud computing security include (1) availability: services must be accessible whenever and wherever the customer needs; (2) authentication: the confirmation of the identity of individuals is associated with web communication; (3) accountability: the cloud computing systems ensure the agreement of individuals' involvement in data transmission among the systems; (4) confidentiality: the user's data should be protected in the cloud systems by permitting its accessibility only to authorized people; (5) integrity: the cloud systems confirm that the data has not been modified when it is stored, processed and transmitted; (6) portability: the ability to move services, applications, and data from one cloud computing environment to another with minimal cost
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