(cache)AI-Powered Career Guidance System for Rural Students using Psychometric and Behavioural Analysis | IEEE Conference Publication | IEEE Xplore

AI-Powered Career Guidance System for Rural Students using Psychometric and Behavioural Analysis


Abstract:

The rural students frequently encounter serious obstacles in their process of making informed career choices because of the lack of access to advice and counseling servic...Show More

Abstract:

The rural students frequently encounter serious obstacles in their process of making informed career choices because of the lack of access to advice and counseling services, language and the excessive dependency on academic performance. This study aims to develop and test a career guidance system based on AI that incorporates psychometric measures, behavior analysis and ensemble machine learning models to offer personalized career advice. The suggested framework applies the Big Five personality dimensions, cognitive ability testing, and multilingual natural language processing (NLP) to support the students of various languages. Experimental tests showed that the ensemble model had a better predictive accuracy and reliability (87.3) than the individual classifiers, which showed better confidence and relevance in the suggested career directions. The discussable findings indicate that the system is an effective and economical scale-up system in terms of career decision support among rural learners, whose accessibility to professional counseling services is still scarce.
Date of Conference: 10-12 December 2025
Date Added to IEEE Xplore: 14 January 2026
ISBN Information:
Conference Location: Pudukkottai, India

I. INTRODUCTION

Career guidance is important in shaping students' futures, as it assists them with aligning their abilities, interests and aspirations with suitable opportunities. However, it is not that rural students do not access counseling; it is that they simply cannot afford it due to cost, language, and the outdated model of career counseling where the only variable considered is academic achievement. The constraints contribute to poor choices, skills gap, and lack of employability, elevating the urgency for better options. The non-academic measures of personality, behavior, and emotional intelligence, equally important for long-term career satisfaction, cannot be adequately captured using existing measures. New and promising approaches of artificial intelligence (AI) and machine learning (ML), will be able to address the limitations of traditional measures as they will be able to process multi-dimensional datasets incorporating academic, psychometric, and behavioral variables to provide personalized recommendations.

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References

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