Because It Can Shed Light on Representation in the STEM Workforce

Every 2 years, the National Center for Science and Engineering Statistics (NCSES) within the National Science Foundation (NSF) publishes a congressionally mandated report on the demographic makeup of the population working in and studying science and engineering (S&E). For decades, the employment section of this report largely focused on those working in S&E occupations, which generally require at least a 4-year degree. However, a thriving economy is served by a wide array of science, technology, engineering, and mathematics (STEM) jobs that may not require a bachelor’s degree—from electricians to technicians to construction workers. Historically, these professions were not included in NCSES analyses, leaving a notable gap in our understanding of the STEM enterprise.

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Because It Can Help Fight Stereotypes in the World of Science

The insidious negative effects of racist stereotypes on African Americans’ academic performance was described in The Atlantic in 1999 by former National Science Board member and social psychologist Claude Steele in “Thin Ice: Stereotype Threat and Black College Students.” The research that Steele referred to throughout the article was conducted during the 1990s and published in several well-respected peer reviewed outlets. It made a splash and spawned an entire branch of research on the various ways that negative stereotypes deleteriously impact their targets.

As an assistant professor of psychology at that time, Steele’s work resonated strongly with me on both personal and professional levels. While delighted to be a member of what was then a top nationally ranked psychology department, I was acutely aware of my status as the only African American member among the 60-plus faculty in the department. I routinely encountered other faculty and graduate students who openly questioned my professional credentials and legitimacy, and even wondered aloud about whether I had what it took to be successful. It was not just that I was a young woman or that I was an African American. It was what I represented in toto, including the confidence and grit I needed just to be present, that most seemed to vex my detractors. So, in addition to managing the expected pressures of being an assistant professor within a research-intensive setting, I also worked hard to counter the stereotype-based expectations of inferiority that a considerable number of people held about me.

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Because It Is Central in Guiding Efforts to Foster Success in STEM in Our Children and Youth

The social sciences are key to informing and supporting our national priorities. One such priority is having a strong workforce in science, technology, engineering, and math (STEM). As in the era of Sputnik, we are realizing that we need to catch up in this area. Reports like Rising Above The Gathering Storm sounded an alarm, calling for investments to foster a strong science and technology workforce in order for the United States to maintain competitiveness globally. 

Developmental science, or research on how children learn and develop, is helping to grow the roots of STEM—stimulating interest and competence in STEM in children and youth from all backgrounds in our country. The full set of social science “tools” is proving important in this effort, from looking at factors that influence and predict student achievement in large longitudinal datasets, to conducting evaluation studies looking at what works best in encouraging the roots of STEM to grow, to insights from smaller focused studies diving more deeply into mastery of specific concepts. 

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