DICKY : A New Learning Model Which Is A Combination Of Artificial Intelligence And ICT In Vocational Education

Dicky Nofriansyah, Ganefri Ganefri, Ridwan Ridwan



This research is how to development of learning models to be able to answer the challenges of this Industrial Revolution 4.0 era. The problem identified was the lack of learning outcomes, especially subjects oriented to software engineering for information systems students in particular and other computer science seen in the phenomenon of the inability of students to produce intelligent systems. From a series of validity, practicality, and effectiveness test results, using content validity with Aiken'V and construct validity with CFA (Confirmatory Factor Analysis) states that the model resulting from this study is stated, valid, practical and effective. This study also produced a new learning model with 5 syntaxes, namely (1) Define Problem and Design Project Plan, (2) Integrated of Support System, (3) Create a Project, (4) Keep control and Project Monitoring, (4) Yield and Assessment of Project. And based on the test of the validity of the syntax of this model stated goodness-of-fit or valid.  The results of the study were obtained from 3 learning aspects for affective elements; there are 7 aspects of the affective domain that have better grades than the control class, and from the psychomotor aspect both in the control class with an average value of 80.08 while in the experimental class the average psychomotor value is 85.78. From the cognitive aspect, students said that it was easier to get references and design an intelligent system.



DICKY’s Learning Model, Artificial Intelligence, Intelligent Tutoring System, Project Based Learning, Learning Management System


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DOI: http://doi.org/10.11591/ijere.v9i3.20482
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