Review Article

Predicting Student Academic Performance at Higher Education Using Data Mining: A Systematic Review

Table 4

Summary of the related studies on predicting student’s achievement at the end of the academic year.

RefTechniquesResultsStudy sample sizeFindings

[52]SVM for model 1 and model 2Model 1: AUC (77%)9652They found that SVM outperformed RF, DT, and ANN.
RF and SVM for model 3Model 2: AUC (91%)
Model 3: AUC (93%)
[53]DT (CART)Accuracy (80%)2407Mother’s job, department, father’s job, the main source of living expenseS, and the admission status are the highest influential features.
[54]EnsembleAccuracy (75.9%)1491The accuracy of the prediction model was improved after applying the SMOTE technique to balance the proposed dataset.
[17]EnsembleAccuracy (97%)233The proposed ensemble model outperformed bagging, stacking, NB, SVM, and DT.
[15]ANN and DTANN model: Accuracy (79%)1,569The SAAT is the most influence factor on the CGPA as it scored the highest correlation coefficient among the admission attributes.
Precision (81%).
DT model: Recall (80%) F1-Measure (81%).
[55]RFF1-score, precision and recall (97.1%)9,458The SMO outperformed other classifiers before eliminating the misclassified samples while the RF scored the highest performance after eliminating the misclassified observations.
[56]ANNAccuracy (51.9%)1445The relation between admission criteria and student academic success is weak.
[57]Structural equation modeling (SEM)519There is no relation between the noncognitive attributes and student performance.
[58]MLP-ANNAccuracy (85%)300First year GPA is the most influencing attribute on student’s performance in the second year.
[16]DT (J48)Precision (62.9%),161Student demographic features are not highly correlated with the class attribute, whereas GPA, credits, and father’s work have a significant impact on the target attribute.
Recall (63.4%)
[59]Improved ID3Accuracy (74%)50
[60]SVMAccuracy (90.60%)309The results show that the performance of machine learning and deep learning techniques are similar.