The TICA System Framework (Version 2.3.2): Bridging the Post-Training Application Gap through Quantitative Correlation and Behavioral Impact Indices

Traditional Learning and Development (L&D) evaluation models, particularly Kirkpatrick’s Four-Level Model and Phillips’ ROI Methodology, remain heavily dependent on immediate post-training satisfaction scores and retrospective estimations. This creates a persistent structural vulnerability known as the Silent Application Gap — the disconnection between classroom completion, sustained workplace behavioral change, and measurable organizational return. This paper presents the TICA System Framework (Training Impact & Correlation Assessment System) – Version 2.3.2, a complete enhanced applied evaluation architecture. The framework integrates three core quantitative pillars: longitudinal Commitment Rate, cognitive acquisition (Test Performance), and the Post-Training Application Index (PTAI). It further employs Return on Learning (ROL), Training Impact Factor (TIF), and Pearson correlation analysis to convert training outputs into diagnostic organizational data that can later support more comprehensive ROI estimation. The framework is demonstrated through multiple real corporate pilot cohorts (English Communication N=19; Professional Etiquette; Emotional Intelligence & Leadership; Web Design; Excel Level 1 and others). Results across cohorts reveal consistently high learner satisfaction (range 0.86–0.95), variable knowledge acquisition, and diagnostically informative inter-variable correlations (r ranging from 0.52 to 0.97). Detailed mathematical formulations, practical measurement tools, an explicit worked numerical example, and transparent limitations are provided to support both practitioner use and further research replication.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-08
DOI
https://doi.org/10.5281/zenodo.24050063
Primary Topic
Human Resource Development and Performance Evaluation
Type
article
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article

The TICA System Framework (Version 2.3.2): Bridging the Post-Training Application Gap through Quantitative Correlation and Behavioral Impact Indices

Waseem alqazaq
4 links
Zenodo (CERN European Organization for Nuclear Research)
Human Resource Development and Performance Evaluation
article

The TICA System Framework (Version 2.3.2): Bridging the Post-Training Application Gap through Quantitative Correlation and Behavioral Impact Indices

Waseem alqazaq
article en

Abstract

Traditional Learning and Development (L&D) evaluation models, particularly Kirkpatrick’s Four-Level Model and Phillips’ ROI Methodology, remain heavily dependent on immediate post-training satisfaction scores and retrospective estimations. This creates a persistent structural vulnerability known as the Silent Application Gap — the disconnection between classroom completion, sustained workplace behavioral change, and measurable organizational return. This paper presents the TICA System Framework (Training Impact & Correlation Assessment System) – Version 2.3.2, a complete enhanced applied evaluation architecture. The framework integrates three core quantitative pillars: longitudinal Commitment Rate, cognitive acquisition (Test Performance), and the Post-Training Application Index (PTAI). It further employs Return on Learning (ROL), Training Impact Factor (TIF), and Pearson correlation analysis to convert training outputs into diagnostic organizational data that can later support more comprehensive ROI estimation. The framework is demonstrated through multiple real corporate pilot cohorts (English Communication N=19; Professional Etiquette; Emotional Intelligence & Leadership; Web Design; Excel Level 1 and others). Results across cohorts reveal consistently high learner satisfaction (range 0.86–0.95), variable knowledge acquisition, and diagnostically informative inter-variable correlations (r ranging from 0.52 to 0.97). Detailed mathematical formulations, practical measurement tools, an explicit worked numerical example, and transparent limitations are provided to support both practitioner use and further research replication.

Zenodo (CERN European Organization for Nuclear Research)
Quality education
Human Resource Development and Performance Evaluation
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