STEM Education and Gender Participation in Technical Fields, Research Question and Methodological Approach in Canada

The Canadian innovation economy increasingly relies on robust participation in Science, Technology, Engineering, and Mathematics (STEM) fields. Despite significant investments in technical education, persistent gender disparities remain a critical challenge for institutional equity and economic development [1]. Addressing these gaps requires a nuanced understanding of how systemic structures, cultural norms, and educational environments influence the trajectories of diverse student populations within Canadian postsecondary institutions.

Current research indicates that gender underrepresentation in technical disciplines is not merely a matter of interest but a consequence of complex institutional and pedagogical barriers [4]. Entrenched stereotypes and curricula that lack inclusivity often alienate women, leading to diminished satisfaction and retention rates [2]. These challenges are further exacerbated by the intersectional nature of identity, where factors such as race and ethnicity overlap with gender to shape student experiences [1].

This research aims to define a comprehensive methodological approach to investigate these dynamics, focusing on the development of a gender-sensitive environment within Canadian STEM education. By employing a rigorous desk-research methodology and comparative analysis, the study seeks to synthesize existing data to identify effective strategies for fostering inclusivity [5]. This approach prioritizes evidence-based interventions that address both the institutional and affective dimensions of student belonging [7].

Ultimately, this work provides a framework for researchers and policymakers to evaluate the effectiveness of current STEM initiatives. By bridging the gap between theoretical models and practical implementation, the study offers actionable insights into creating environments where all students can thrive [3]. Through the integration of diverse analytical lenses, the research contributes to the broader objective of achieving gender parity and sustaining excellence within the Canadian technical workforce.