Classifiers’ competency in identifying digital innovation skills for teachers of Bisha Province, Saudi Arabia

• Promoting digital innovation metrics among digitally skilled teachers needs to recognize teachers’ capabilities. • A real assessment to measure and identify the problems leads to permanent solutions. • Employing a powerful machine learning classification mechanism(s) is the first solution candidate that can be used to explore factors that significantly affect/influence digital innovation outperformance. • Designing and introducing a digital innovation skills training program for such teachers is an ideal practical method. • Performance evaluation method for digital innovation encourages domain-general strategy knowledge. Developing teachers’ digital innovation skills secures community education and advances the rank of the national school system. This paper assesses teachers’ digital innovation skills (DISs) in Bisha Province, Saudi Arabia, and examines the associated challenges. The dataset used consists of a substantial sample of 400 local teachers from this area. Several evaluation methods were implemented, but the machine learning (ML) classifier was the main research methodology used/examined to identify DIS problems, to predict educational entertainment settings, and to help stakeholders design an appropriate DIS training module for local educators. Powerful models were examined by calculating key classification performance criteria, such as accuracy, recall, precision, F1-score, confusion matrix, average SHAP values, and AUC curves. The extreme gradient boosting (XGB) classifier was the top-ranking algorithm, and it exhibited the highest performance scores after optimizing both scalar and visual classification outputs. The revealed results were significant and identified the teachers’ digital innovation status by introducing key features of measurement. The findings suggested positive implications for pedagogy strategies and teachers’ development. The recommendations of this paper have the potential to support stakeholders in advancing teachers’ innovation.

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Publication Details

Journal
Entertainment Computing
Published
2026-02-18
DOI
https://doi.org/10.1016/j.entcom.2026.101102
Primary Topic
Digital literacy in education
Type
article
Field-Weighted Citation Impact
0.00
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article

Classifiers’ competency in identifying digital innovation skills for teachers of Bisha Province, Saudi Arabia

Elrasheed Ismail Mohommoud Zayid, Ahmad Mohammad Aldaleel, Omar Abdullah Omar Alshehri
Entertainment Computing
Digital literacy in education
article

Classifiers’ competency in identifying digital innovation skills for teachers of Bisha Province, Saudi Arabia

Elrasheed Ismail Mohommoud Zayid, Ahmad Mohammad Aldaleel, Omar Abdullah Omar Alshehri
article en

Abstract

• Promoting digital innovation metrics among digitally skilled teachers needs to recognize teachers’ capabilities. • A real assessment to measure and identify the problems leads to permanent solutions. • Employing a powerful machine learning classification mechanism(s) is the first solution candidate that can be used to explore factors that significantly affect/influence digital innovation outperformance. • Designing and introducing a digital innovation skills training program for such teachers is an ideal practical method. • Performance evaluation method for digital innovation encourages domain-general strategy knowledge. Developing teachers’ digital innovation skills secures community education and advances the rank of the national school system. This paper assesses teachers’ digital innovation skills (DISs) in Bisha Province, Saudi Arabia, and examines the associated challenges. The dataset used consists of a substantial sample of 400 local teachers from this area. Several evaluation methods were implemented, but the machine learning (ML) classifier was the main research methodology used/examined to identify DIS problems, to predict educational entertainment settings, and to help stakeholders design an appropriate DIS training module for local educators. Powerful models were examined by calculating key classification performance criteria, such as accuracy, recall, precision, F1-score, confusion matrix, average SHAP values, and AUC curves. The extreme gradient boosting (XGB) classifier was the top-ranking algorithm, and it exhibited the highest performance scores after optimizing both scalar and visual classification outputs. The revealed results were significant and identified the teachers’ digital innovation status by introducing key features of measurement. The findings suggested positive implications for pedagogy strategies and teachers’ development. The recommendations of this paper have the potential to support stakeholders in advancing teachers’ innovation.

Entertainment ComputingVol. 57
University of Bisha (SA)
Industry, innovation and infrastructure
Openalex Percentile: Top 67%
Digital literacy in education
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Classifiers’ competency in identifying digital innovation skills for teachers of Bisha Province, Saudi Arabia — Elrasheed Ismail Mohommoud Zayid, Ahmad Mohammad Aldaleel, et al. · Entertainment Computing (2026) | TGRS Research Map | TGRS