Still, She Rises

The purpose of this dissertation is to develop the Response Inventory to Stereotype-threatening Environments Questionnaire (RISE-Q), a multidimensional measure of the intentional cognitive and behavioral strategies women in science, technology, engineering, and mathematics (STEM) occupations engage to contend with systemic stereotype threat. Hundreds of studies demonstrate negative effects of stereotype threat relevant to women’s workplace experiences (for a review see Walton, Murphy, & Ryan, 2015). However, most focus on acute processes and effects, those that are immediate and temporary in response to a single cue. Less is known about how individuals respond to the experience of chronic stereotype threat (Block, Koch, Liberman, Merriweather, & Roberson, 2011). This has implications for organizations because it is unlikely stereotype threat is only experienced as an acute state in the workplace (Kalokerinos, von Hippel, & Zacher, 2014), and it is the accumulation of stereotype threat-activating cues that may lead to permanent outcomes (Steele, Spencer, & Aronson, 2002). In order to address this gap and contribute to research on women’s career experiences in STEM (Makarem & Wang, 2019), this dissertation develops the RISE-Q, an inventory of three separate, but related, response pattern scales based on three response patterns previously identified by Block, Cruz, Bairley, Harel-Marian, & Roberson (2019): (1) Fending Off the Threat, (2) Confronting the Threat, and (3) Sustaining Self in the Presence of Threat. Seventy-two items across three response pattern scales were developed and tested in a sample of 726 women who currently work in STEM occupations. Results from Exploratory Factor Analyses (EFAs) of data collected from a Qualtrics Panel sample (n = 378) demonstrated each response pattern scale consisted of four factors reflecting four specific strategies. A series of Confirmatory Factor Analyses (CFAs) using data collected from online “women in STEM” networks (n = 348) provided evidence for moderate model fit for the Fending Off response pattern scale, and good model fit for the Confronting Threat and Sustaining Self scales. Assessments of internal consistency reliabilities for all three response pattern scales and associated subscales demonstrated strong internal consistency. Further analyses provided strong evidence of convergent validity and criterion-related validity for all three scales. Initial results for the RISE-Q are promising. Implications and directions for future research are discussed.