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Pre-college experiences both inside and outside of the classroom inform students' interest in science, technology, engineering, and mathematics (STEM)-related activities, help them evaluate their knowledge and skills in various tasks, and shape their perceptions of themselves as individuals who can participate in STEM. Yet little empirical research examines the valuable pre-college knowledge, practices, and skills that minoritized students acquire through their home experiences and how they can support students' transition into an engineering pathway. This study addresses this gap by investigating how students' funds of knowledge support their interest in engineering, self-efficacy beliefs, and certainty of pursuing an engineering major. Data for this study came from a diverse group of firstyear engineering students. A serial mediation analysis confirmed that first-year students' tinkering knowledge from home supports their beliefs about doing well in their engineering coursework, which in turn helps their certainty of majoring in engineering. Seeing a connection between experiences at home and what is being taught in engineering coursework and the ability to draw from home experiences to solve an engineering task supported minoritized students' self-efficacy beliefs, interest, and certainty of majoring in engineering. Our study demonstrates how diverse first-year engineering students' everyday household knowledge and skills serve as assets for pursuing an engineering degree. Practical strategies are discussed to promote minoritized students' funds of knowledge (i.e., tinkering knowledge from home, perspective taking, and mediational skills) to science practices and the engineering design process outlined in the Next Generation Science Standards. [ABSTRACT FROM AUTHOR]

Purpose: The purpose of this study is to examine the role of mastery goal orientation, support for career development, career decision-making self-efficacy and engineering interest in career adaptability for engineering students. Design/methodology/approach: Data were collected from 307 Korean engineering students from two universities. Structural equation modeling was used to analyze data and examine the relationships among the variables. Findings: The results indicated that the level of mastery of goal orientation and support for career development significantly affected career decision-making self-efficacy. Engineering students' career decision-making self-efficacy also positively influenced their engineering interests and career adaptability. Finally, the students' engineering interest positively affected their career adaptability. Originality/value: This study demonstrated that important factors for career planning and development need to be successively considered during the career choice process by linking it to career decision-making self-efficacy, engineering interest and career adaptability (career choice action), in consecutive order. [ABSTRACT FROM AUTHOR]