Equity and Diversity in Education: Science, technology, Engineering, Mathematics (STEM) Versus Science, Technology, Engineering, Arts, Mathematics (STEAM)

Equity and diversity in education are critical for achieving inclusive and sustainable developmentglobally particularly in the context of Science, Technology, Engineering, Mathematics(STEM) andScience, Technology, Engineering, Arts, Mathematics (STEAM) While STEM is skewed towardssciences, STEAM incorporates the Arts. Both models aim to prepare students for the demands ofthe 21st century workforce. STEM Education emphasises innovation and economic growth, despiteits efforts to enhance access and participation significant disparities persist across gender, socioeconomic status, and cultural background. To address these issues, there is transition from STEMto STEAM which integrates the Arts/Humanities into STEM. STEAM has gained momentum as apotential strategy for fostering inclusivity, creativity and engagement. This paper explores theissues of equity and diversity in education through the lens of STEM and STEAM, highlightingcommon barriers to participation, the role of cultural relevance, and implications for equitablepolicy and practice. It argues for a balanced approach where STEM provides technical rigor andSTEAM broadens participation by incorporating diverse perspectives, this is informed bysociocultural theory which states that learning is mediated through both technical and cultural toolscognitive development is enhanced when learners engage with diverse perspectives. The studyrecommends that the government should formulate and develop comprehensive education equitypolicies that directly address barriers to participation in STEM and STEAM. Assistivetechnologies, accessible infrastructure should be provided for students with disabilities to ensureequitable participation in STEM and STEAM education.