The development of science, technology, engineering, and mathematics (STEM) efficacy and identity among Mexican-origin youth across Latino/a destinations.

Persistence in high school curricula leading to science, technology, engineering, and mathematics (STEM) careers is structured by complex institutional systems, but developmental processes underlie how young people navigate these systems. This study examined differences in the development of STEM identity and efficacy during high school among Mexican-origin youth-a large and fast-growing demographic group that shows developmental assets and risks. Contextualizing development within larger community structures, this examination focused on the diverse array of destinations throughout the United States where Mexican-origin youth are living as contexts for their STEM identity and efficacy development.

Suspended in context: School discipline, STEM course taking, and school racial/ethnic composition.

STEM curricula and school disciplinary regimes are key foundations of the transition to adulthood, and they may be connected within school contexts in ways that reflect and exacerbate the intergenerational transmission of inequality. This study examines such connections with particular attention to student race/ethnicity and the racial/ethnic composition of high schools. Bivariate probit analyses of the High School Longitudinal Study of 2009 and the Civil Rights Data Collection of 2012 revealed that early suspension was associated with truncated trajectories of Calculus course taking later in high school while taking Algebra I in grade 9 was associated with avoiding suspension.