IMPROVING INNOVATIVE PEDAGOGICAL MECHANISMS FOR DEVELOPING ANTI-CORRUPTION IMMUNITY AMONG HIGHER EDUCATION STUDENTS

This thesis systematically examines the theoretical-methodological, regulatory-legal, and innovative pedagogical mechanisms for developing strong personal and professional anti-corruption immunity among students of higher education institutions. The study scientifically substantiates the limitations of traditional declarative and purely punitive approaches and develops a system of interactive pedagogical technologies based on student-centered, activity-based, axiological, and compliance approaches. Three basic components of students' anti-corruption immunity—cognitive-informational, axiological-motivational, and praxeological (behavioral) criteria—are identified. The innovative mechanisms include situational case studies, moot court simulations, ethical dilemma analysis, the transparency capabilities of the HEMIS information system, anti-plagiarism tools, and student compliance initiatives. The results of pedagogical experimental work involving 240 students were confirmed through mathematical-statistical analysis (Student's t-test), demonstrating that the proposed innovative mechanisms increased the proportion of students with a high level of anti-corruption immunity from 19.2% to 54.2%.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-05
DOI
https://doi.org/10.5281/zenodo.23160419
Primary Topic
Corruption and Economic Development
Type
article
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article

IMPROVING INNOVATIVE PEDAGOGICAL MECHANISMS FOR DEVELOPING ANTI-CORRUPTION IMMUNITY AMONG HIGHER EDUCATION STUDENTS

Saidvali o'g'li Qo'shiyev Mirjalol
Zenodo (CERN European Organization for Nuclear Research)
Corruption and Economic Development
article

IMPROVING INNOVATIVE PEDAGOGICAL MECHANISMS FOR DEVELOPING ANTI-CORRUPTION IMMUNITY AMONG HIGHER EDUCATION STUDENTS

Saidvali o'g'li Qo'shiyev Mirjalol
article en

Abstract

This thesis systematically examines the theoretical-methodological, regulatory-legal, and innovative pedagogical mechanisms for developing strong personal and professional anti-corruption immunity among students of higher education institutions. The study scientifically substantiates the limitations of traditional declarative and purely punitive approaches and develops a system of interactive pedagogical technologies based on student-centered, activity-based, axiological, and compliance approaches. Three basic components of students' anti-corruption immunity—cognitive-informational, axiological-motivational, and praxeological (behavioral) criteria—are identified. The innovative mechanisms include situational case studies, moot court simulations, ethical dilemma analysis, the transparency capabilities of the HEMIS information system, anti-plagiarism tools, and student compliance initiatives. The results of pedagogical experimental work involving 240 students were confirmed through mathematical-statistical analysis (Student's t-test), demonstrating that the proposed innovative mechanisms increased the proportion of students with a high level of anti-corruption immunity from 19.2% to 54.2%.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 5%
Corruption and Economic Development
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