Trinidad and Tobago’s Gender Wage Imbalance in Engineering.
Roshnie Doon
ABSTRACT: As the world moves towards creating a smart world, where its operation is heavily entwined with technology used in a wide array of fields of expertise derived from the STEM field, it is important to ensure that within all spheres of operation that gender equality is being observed. The field of engineering is a particularly interesting area of know-how because its academic rigor sets the standard, that help students to develop effective critical thinking and practical skills. Such precision in the training of engineers is likely to mean that they are highly skilled and hold many useful abilities. The scholarly literature which drives research in Science, Technology, Engineering, and Mathematics (STEM) however reveals that even with incentives to encourage women into the field of engineering, their level of enrollment and graduation remains small. This study finds that the earnings of engineers with paraprofessional qualifications were negative, and significantly smaller, than their colleagues with an undergraduate degree across the entire wage distribution. Their earnings appear to have a downward trend, as opposed to engineers with an undergraduate degree which is larger, positive and exhibit rising returns. Further, the earnings of female engineers with an undergraduate university degree although significantly higher than their male counterparts, appears to have a declining trend across the wage distribution. Female engineers with a university education tend to benefit from higher returns if employed in a low-income job, as opposed to a high-income job. Notwithstanding this, the gender wage gap amongst engineers with paraprofessional qualifications (19.6%), appears to be much larger than those with an undergraduate university degree (12.3%).
KEYWORDS: Gender Inequality; Higher Education; Engineering; Mincerian Earnings Function, Oaxaca-Blinder Decomposition.