Friendship Groups,Personal Motivation,and Gender in Relation to High School Students' STEM Career Interest

Friendship group characteristics, motivation, and gender were investigated in relation to adolescents' science, technology, engineering, and math (STEM) career interest. The sample was comprised of 468 high school students (M = 16 years, range = 13–18) from diverse ethnic backgrounds. Participants rated their friendship group's support of STEM as well as their personal motivation in science. They separately rated the friendship group's support of English and personal motivation in English. Other predictors included friendship group characteristics (importance, gender composition) and background variables such as gender. Group support of STEM (but not English) and science motivation (but not English motivation) predicted STEM career interest. Group characteristics and participant gender moderated the effects. Findings suggest social identities and self‐concepts may shape youths' STEM career choices.     

ACCOUNTING FOR THE GENDER GAP IN COLLEGE ATTAINMENT

One striking phenomenon in the U.S. labor market is the reversal of the gender gap in college attainment. Females have outnumbered males in college attainment since 1987. We develop a discrete choice model of college entry decisions to study the driving forces of changes in college attainment by gender. We find that the increase in relative earnings between college‐educated and high‐school‐educated individuals and the increasing parental education have important effects on the increase in college attainment for both genders, but cannot explain the reversal of the gender gap. Rising divorce probabilities increase returns to college for females and decrease those for males, and thus are crucial in explaining the reversal of the gender gap in college attainment. (JEL J24, J16, I20)     

Factors Influencing STEM Career Aspirations of Underrepresented High School Students

A shortage of female and minority students pursuing science, technology, engineering, and mathematics (STEM) careers has prompted researchers and policy makers to examine the current STEM supply pipeline. This study examined factors influencing STEM career aspirations of a nationally representative sample of 9th‐grade students (N = 21,444). Characteristics of students who aspired to STEM careers and non‐STEM careers were examined. Guided by the career aspirations model (Mau & Bikos, 2000 ), the authors conducted logistic regression analyses to investigate variables predicting STEM career aspirations. Results indicated that race, gender, socioeconomic status, math interest, and science self‐efficacy were the most important predictors of STEM career aspirations. Counselors in school and related career services contexts are encouraged to consider these important factors in identifying high school students who are interested in STEM career choices, as well as in planning career interventions to facilitate their career paths. Future researchers could test the applicability of this model with middle school students or adults.     

Gender bias in the classroom: A network study on self and peer ability attribution

Stereotypes can contribute to the gender gap in STEM by shaping people’s expectations on their own and others’ performance. When gender is salient, expectations on task performance might reflect gender constructs even when information on individual abilities is available. We tested this hypothesis in a network study on students from ten high school classes in Milan, Italy. We asked the students to choose the four best candidates from their classmates for three hypothetical inter-class competitions in reading, math, and science. Results showed that females were more likely to be nominated for the reading competition but less likely for science. We did not find any statistically significant results for the math competition. We also found that female students were less likely to nominate themselves for any competition, regardless of the subject, even controlling for their own performance and self-concept.     

Young children's career aspirations: Gender differences,STEM ambitions,and expected skill use

This study examines young children's career aspirations, gender differences in those aspirations, and children's perceptions of the amount of math and science used in careers. We asked 1634 students in first to third grades what job they wanted in the future and how much they thought they would use math or science in it. Career aspirations were sorted into 27 career categories, of which 12 showed significant gender differences. Notably, boys were more likely to indicate military, manual labor, and math/computer science careers, and girls were more likely to indicate stay at home parent, education, and animal care careers. Students aspiring to science, technology, engineering, and mathematics (STEM) careers thought they would use science, but not math, more than non-STEM-aspiring students did. School counseling interventions focused on specific STEM subfields, and education highlighting links between school subjects and careers requirements may benefit students and reduce gender inequality in STEM fields.     

Framing the Faculty Gender Gap: A View from STEM Doctoral Students

Drawing on 48 interviews with science, technology, engineering and mathematics (STEM) doctoral students at a private research university in the United States (US), we examine how students make sense of the preponderance of men at the faculty level despite increasing gender parity among students. Students' primary explanatory frame, historical bias, suggests that the gender gap will disappear when enough women attain their doctorates (PhDs). Competing frames include innate and constructed gender difference and the perceived incompatibility between a woman's body clock and an academic tenure clock. We argue that the frames that students use to explain the gender gap shed light on the cultural context of STEM, which is characterized by a tension between the belief in a meritocratic system and the acknowledgement of structural inequality. We suggest that men and women's preference for explanations that preclude bias, in light of women students' own experiences with sexism in graduate school, contributes to the reproduction of inequality by rendering invisible structural barriers to gender equality.     

Implementation and evaluation of a biotechnology research experience for African-American high school students

Exposure to science content and development of excitement for scientific inquiry throughout the high school years are imperative in attracting students into the sciences. The purpose of this article is to report lessons learned and share best practices from the implementation and evaluation of a high school STEM program that aims to provide an authentic research experience for African-American students and expose them to the possibility and benefits of attaining advanced degrees and careers in STEM fields. Participants reported that enriching science experiences improved their college readiness and exposed them to STEM degree and career options. Formative evaluation results lead to the following lessons learned for best practice: 1) Relationships with high schools will facilitate buy-in; 2) Setting clear expectations and assigning responsibilities is essential; 3) Diversity and cultural sensitivity training is necessary; and 4) Programs of this nature need strong evaluation.     

Predicting Undergraduate Student Retention in STEM Majors Based on Career Development Factors

A research gap exists with regard to examining the influence of career interventions and career readiness assessments on student retention in college majors related to science, technology, engineering, and mathematics (STEM). To address this gap, the authors examined 3 variables as potential predictors of retention in STEM‐related majors: (a) a STEM‐focused career planning intervention, (b) students' initial major declarations, and (c) changes in scores on a measure of career readiness. Results revealed that all 3 independent variables were significant predictors of STEM retention but did not accurately predict students who would not be retained. These results have implications for undergraduate STEM initiatives, college counselors and career advisors, and researchers investigating the predictors of STEM retention. Future research should include additional predictor variables.     

A Multilevel Analysis of Gender Differences in Psychological Distress Over Time

Females have higher rates of depression than males, a disparity that emerges in adolescence and persists into adulthood. This study uses hierarchical linear modeling to assess the effects of school context on gender differences in depressive symptoms among adolescents based on two waves of data from the National Longitudinal Study of Adolescent Health (N=9,709 teens, 127 schools). Analysis indicates significant school‐level variation in both overall symptom levels and the average gender gap in depression net of prior symptoms and individual‐level covariates. Aggregate levels of depressive symptomatology were positively associated with contextual‐level socioeconomic status (SES) disadvantage. A cross‐level contingency emerged for the relationship between gender and depressive symptoms with school SES and aggregate perceived community safety such that the gender “gap” was most apparent in contexts characterized by low SES disadvantage and high levels of perceived safety. These results highlight the importance of context to understanding the development of mental health disparities.     

Work–Family Balance Self‐Efficacy's Relationship With STEM Commitment: Unexpected Gender Moderation

The number of students, particularly the number of women, completing science, technology, engineering, and mathematics (STEM) undergraduate degrees is insufficient to meet the U.S. demand. Thus, research investigating key predictors of STEM commitment is of high importance. Applying the Social Cognitive Model of Career Self‐Management (SCCT‐CSM; Lent & Brown, 2013 ) as a guiding framework, this study examined the relationship between work–family balance self‐efficacy (WFSE) and STEM commitment as moderated by gender. The sample included 246 STEM students (106 women, 140 men) from a southeastern university. A 3‐step hierarchical regression analysis demonstrated that WFSE accounted for incremental variance in STEM commitment beyond traditional social‐cognitive predictors, and gender moderated the relationship between WFSE and STEM commitment. Contrary to expectations, the relationship was stronger for men than for women. Findings suggest resiliency among women, showing that they are committed to STEM regardless of low WFSE. Practical implications for university and workplace contexts are discussed.     

Stability and Change in Female and Male Violence across Rural and Urban Counties, 1981–2006

Two durable criminological patterns have been higher violence rates in urban compared to rural areas and by males compared to females. To derive and evaluate hypotheses related to correspondence across place and sex groups in changes in violence trends, we draw on a spatial‐inequality perspective that attends to the geographic distribution of inequalities at the subnational scale, as well as to recent extensions of social‐disorganization theory to variation in rural and female violence rates. Our study's focus is on systematically delineating the extent and timing of change in female and male violence trends, the rural‐urban violence gap, and the gender gap. We apply epidemiological joinpoint techniques to Uniform Crime Reports arrest data from completely rural to highly urbanized settings for several violent offenses (homicide, robbery, aggravated assault, and misdemeanor assault) between 1981 and 2006. Female and male violence rates in rural to urban settings generally followed the same course over 25 years. Analyses generally indicated parallel violence trends of rural and urban females and males and only subtle changes in the rural‐urban and gender gaps in serious violence. Serious violence became somewhat less concentrated in urban centers owing to more sizable urban rate declines after the mid‐1990s. In all contexts, the gender gap in assault arrests narrowed, but the female share of serious violence (homicide, robbery) remained much the same; this result suggests change in the social control of minor violence by females across rural and urban settings.     

High School Is Not Too Late: Developing Girls' Interest and Engagement in Engineering Careers

Although experts increasingly call for science, technology, engineering, and math (STEM) education to begin in middle and elementary schools, a 3‐year intervention beginning with high‐achieving female high school sophomores demonstrated that young women can develop a serious interest in engineering in high school. However, subsequent post‐high school study of the participants showed that interest in engineering was not enough for lower‐income minority women to pursue engineering in college. It should be noted that their decision against pursuing engineering in college was not due to their lack of academic preparation or interest in the field, but to a lack of financial resources and social support for engineering, as well as fears of failure. Career counselors and college recruiters have an important role to play in the recruitment and retention of girls of color in engineering and other STEM college majors, including facilitating support and access to appropriate programs and resources at pivotal times.     

University Service Work in STEM Departments: Gender,Perceived Injustice,and Consequences for Faculty

Using expectancy theory as a framework, we use focus group and climate survey (N = 114) data from a midsize university to explore the gendered nature of university service work among science, technology, engineering, and mathematics (STEM) faculty. Focus group data highlighted the divergent perceptions of STEM faculty women and department chairs about the importance of service work and its outcomes. Climate survey data indicated that STEM women faculty were more likely than men to perceive injustice in service loads, and perceived injustice was associated with reduced job satisfaction, and increased scholarly isolation, interpersonal workplace conflict, and job stress, regardless of gender.     

School counseling practices related to postsecondary STEM participation

This qualitative exploratory cross-case analysis analyzed the beliefs and practices of high school counselors related to science, technology, engineering, and mathematics (STEM) academic advisement, postsecondary planning, and career participation. Interviews were conducted with high school counselors (N = 13) who were purposively sampled to represent a diversity of schools in terms of demographic variables. Findings indicated that high school counselors perceived that (a) sociocultural factors influenced student preparation for STEM, career planning, and decision making; (b) students’ STEM-related career goals and academic behaviors were sometimes misaligned, and academic advisement often mediated this tension; and (c) their professional STEM knowledge, beliefs, and practices were influenced by professional preparation, workplace characteristics, and their academic experiences. Implications include the need for early, sustained high school STEM counseling and academic advisement; accessible professional development in STEM preparation and careers to promote multiple pathways and reduce school counselor bias; and encouraging family involvement in STEM career decision making.     

Expanding the School Counselor Repertoire Through STEM‐Focused Career Development

The call to generate increased student interest in math and science careers continues to receive tremendous amounts of national attention, most recently in President Barack Obama's (2011) State of the Union address when he referred to the current climate as “our generation's Sputnik moment.” Responses to this call focus predominantly on teacher training and standards‐based instruction. However, considering the explosive momentum within science, technology, engineering, and mathematics (STEM) education initiatives and the pivotal role school counselors can and should play in academic and career planning, school counselors would benefit from taking the necessary steps toward adopting and integrating elements of these STEM initiatives into their work.     

Profiles of High School Students’ STEM Career Aspirations

Science, technology, engineering, and mathematics (STEM) fields have a need for recruiting and retaining a diverse workforce. Understanding students’ aspiration to STEM careers is important for supporting underrepresented populations. Data from a nationally representative sample (N = 20,010) of high school students who reported career aspirations were analyzed. Analyses revealed significant relations between students’ aspirations and demographic variables, and differences in aspirations based on students’ race and gender. Findings highlight a need for counselors to implement career interventions that address students’ cultural contexts.     

Family Factors Associated With Sixth‐Grade Adolescents' Math and Science Career Interests

This study tested a causal model, based on social cognitive career theory (SCCT; R. W. Lent, S. D. Brown, & G. Hackett, 1994, 2000), of math and science career interests among 6th‐grade adolescents (N = 318). Consistent with SCCT, it was found that career gender‐typing, mother's and father's support for pursuing math and science careers, as well as the structure of the family itself (2‐parent intact vs. single parent) predicted young adolescents' math self‐efficacy; career gender‐typing and mother's support predicted math outcome expectations; and math self‐efficacy and outcome expectations predicted math and science career interests. Counselor recommendations based on these findings are included.     

Rural Appalachian High School Students’ College‐Going and STEMM Perceptions

The authors examined perceptions of key social cognitive career theory (Lent, Brown, & Hackett, 1994) variables related to college‐going and science, technology, engineering, math, and medical (STEMM) careers in 10th and 11th graders (N = 892) attending 3 rural Appalachian high schools. The authors examined differences in perceptions related to gender, prospective 1st‐generation college student status, and the presence or absence of aspirations to pursue a STEMM career. Young women and young men scored similarly on all but 1 dependent variable, college‐going self‐efficacy (young women scored higher). Students who had STEMM career aspirations had higher scores on every measure than those who did not. Results suggest examining a 3rd prospective 1st‐generation college student status group—students who are unsure of their parents’ education level—as a distinct group in future research. By examining the college‐going and STEMM attitudes of rural Appalachian high school students, this study advances the literature and informs practitioners on reducing educational and vocational inequalities in this region.     

Project HOPE: Evaluation of Health Science Career Education Programming for Rural Latino and European American Youth

Project HOPE comprises a health science career pipeline program based in social cognitive career theory. The program aims to promote health science career exploration for rural and Latino middle school students while simultaneously emphasizing the importance of achieving in math and science subjects. The authors conducted 2 studies to evaluate Project HOPE using baseline and follow‐up evaluation data. Results of Study 1 indicated that Project HOPE was associated with increases in math/science self‐efficacy for both Latino (n = 42) and European American (n = 31) students. Results of Study 2 indicated that Project HOPE was associated with higher health science career self‐efficacy beliefs for European American students (n = 22) and higher health science career interests for Latino students (n = 28). These results suggest that domain‐specific career interventions for middle school students that focus on jobs tied to the local economy may be a useful way to engage students in career exploration.