Extended Summary

The concept of profession has transcended being a mere instrument for survival, evolving into a strategic pillar of human capital that significantly impacts both individual identity and macro-level economic efficiency. In the contemporary labor market, career selection is no longer a localized, momentary event but a lifelong trajectory requiring continuous adaptation. The synergy between an individual’s inherent competencies and professional requirements determines job satisfaction at the micro level and addresses structural skill mismatches at the macro level. Despite these theoretical foundations, the Turkish labor market faces a critical skill gap, with recent statistics indicating that only 56.1% of graduates work in fields aligned with their education, while the NEET (Not in Education, Employment, or Training) rate remains high at 22.9%. In this context, the Vocational Orientation Test Battery (MYTB) implemented by İŞKUR emerges as a vital objective tool designed to harmonize personal interests, abilities, and personality traits to foster a more resilient workforce.
This study is theoretically grounded in several cornerstone career development models. It primarily draws upon John Holland’s Typology Theory, which posits that vocational success is a function of the congruence between personality types and work environments. Furthermore, the research incorporates the Cognitive Information Processing (CIP) approach, which views career decision-making through the lens of information processing and self-knowledge. By integrating Betz’s career self-efficacy theory and Gottfredson’s theory of circumscription and compromise, the study explores how objective psychometric tools can assist individuals in overcoming cognitive biases and social stereotypes during their career construction process.
To investigate the subjective experiences and underlying meanings of the MYTB process, a qualitative research design rooted in phenomenology was adopted. The study group comprised 9 Job and Vocational Counselors (JVC) and 11 student participants, selected through criterion sampling based on their direct involvement in the MYTB application within the last six months. Data were collected using semi-structured interviews to capture rich, descriptive narratives. These recorded and transcribed interviews were then subjected to rigorous content analysis via MAXQDA software, allowing for the systematic identification of thematic patterns and code hierarchies.
The findings of the thematic analysis revealed a complex landscape of experiences structured around five primary dimensions. Firstly, regarding “Client Awareness and Guiding Dialogue,” participants reported that the battery provided a significant sense of “approval” and self-validation. However, it was clearly established that this awareness only gains practical meaning through the “interpretative bridge” provided by the counselor, highlighting the indispensable nature of human intervention in psychometric assessment. Secondly, the “Limitations in the Application Process” theme brought to light the issue of “cognitive fatigue” caused by the 346-question length of the battery, which JVCs believe may diminish the reliability of results in the final stages. Technical barriers such as mobile incompatibility and system freezes were also noted as significant hindrances to user motivation.
A third critical theme centered on “Timing in Vocational Orientation,” where both counselors and students expressed a profound sense of “timing mismatch”. It was found that MYTB is often administered after major educational milestones, such as university major selection, have passed, thereby limiting its strategic impact on early career guidance. Fourthly, the “Skill Alignment and Labor Market Integration” dimension highlighted a paradox between the “static” nature of the battery and the “dynamic” shifts in the labor market. Counselors emphasized that the current tool lacks regional sensitivity, often recommending professions that have no local demand or have been rendered obsolete by technological shifts. Finally, the “Future Projection” theme underscored a unanimous demand for the integration of artificial intelligence and updated algorithms to ensure the battery remains relevant in an era of rapid digital transformation.
In the concluding discussion, the research synthesis indicates that while MYTB is a fundamental instrument for rationalizing career choices, its operational effectiveness is hampered by structural and temporal barriers. The reported feeling of “validation” confirms that such tools can mitigate the cognitive information gaps identified in literature. However, the late timing of the intervention suggests that the system currently functions as a post-decision reflection rather than a proactive guide, contradicting the “lifelong career construction” ideal. The mismatch between the static battery and the dynamic market necessitates a transition from traditional matching models to more fluid, data-driven systems.
Based on these results, several policy recommendations are proposed. It is suggested that İŞKUR and the Ministry of National Education collaborate to lower the age limit of the intervention, allowing for vocational guidance to begin at the secondary education level. Furthermore, the battery should be modernized through AI-supported algorithms that integrate real-time labor market trends and regional employment data. Establishing specialized “Career Laboratories” within İŞKUR centers and providing JVCs with continuous professional training in advanced psychometric interpretation are also deemed essential for improving service quality. Future research should focus on longitudinal studies to monitor the long-term job satisfaction and tenure of individuals who have undergone the MYTB process.