StEPS: A Development of Students' Employability Prediction System using Logistic Regression Model Based on Principal Component Analysis

Cherry D. Casuat, Julius C. Castro, Deanne Cameren P. Evangelista, Niño E. Merencilla, Christina P. Atal
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Abstract

Predicting students' employability prior to graduation can be a great tool for every HEI's career center to intervene timely and to take steps on how to improve the weaknesses of the students to become more employable. At present, there is no tool that can be used to determine undergraduate students who are at risk of unemployment or becoming disadvantaged because vulnerabilities are not detected early. In this study the principal component analysis (PCA) and logistic regression were used to determine the most predictive features in the students' employability prediction system (STEPS). The Dataset used consist of 1000 information of engineering students who took their on-the Job training from School year 2017ߝ2018 to School year 2019. The features used were professionalism and branding, confidence, comprehension, communication skills, growth potential, student performance rating. Upon using PCA, the experiments resulted to communication skills growth potential and student performance rating obtained the most predictive attributes that affects the employability prediction.
步骤:基于主成分分析的Logistic回归模型开发学生就业能力预测系统
在毕业前预测学生的就业能力是每个高等学校的就业中心及时干预的一个很好的工具,并采取措施改善学生的弱点,使其更有就业能力。目前,由于没有及早发现脆弱性,没有工具可以用来确定哪些大学生面临失业或处于不利地位的风险。本研究采用主成分分析(PCA)和逻辑回归方法,确定学生就业能力预测系统(STEPS)中最具预测性的特征。使用的数据集包括从2017学年ߝ2018到2019学年接受在职培训的1000名工程专业学生的信息。所使用的特征是专业和品牌,信心,理解,沟通技巧,成长潜力,学生表现评级。运用主成分分析的结果表明,沟通能力、成长潜力和学生成绩评分对大学生就业能力的预测最具预测性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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