Employment goal commitment moderates the impact of job search goal orientation on the job search process A resource-allocation perspective

Purpose - The purpose of this paper is to enhance the understanding of self-regulation during job search by integrating goal-orientation theory with a resource allocation framework. Design/methodology/approach - The author surveyed job searching new labor market entrants at two time points and hypothesized that the effects of job seekers' state goal orientations on indicators of self-regulation during the job search process (procrastination, anxiety, and guidance-seeking behaviors) depended on levels of employment goal commitment (EGC). Findings - Results indicate that for job seekers with higher levels of EGC, a state learning-approach goal orientation (LGO) was beneficial for the job search process and a state performance-approach goal orientation (PGO) was detrimental. For job seekers with lower levels of EGC, a state LGO was detrimental to the search process, while a state PGO was beneficial. Research limitations/implications - This research extends the understanding of state goal orientation in the context of job search. Future research may replicate these findings with different samples of employed and unemployed job seekers and extend this research with additional conceptualizations of resource limitations. Practical implications - The present research suggests that the effectiveness of learning-approach goal-orientation training methods in the context of job search must be considered in light of individual differences in resource availability. In particular, individuals with lower resources available for job searching may benefit from interventions focusing on increasing state PGO. Originality/value - The present results suggest that EGC is an important moderator of the impact of job search goal orientation on indicators of self-regulation during job search, and therefore present important boundary conditions regarding the role of state goal orientation in the job search process.