Matching Items (3)
GENDER DIVERSITY IN STEM: Investigation into Gender Implication in Pursuing Computing-related Majors
Description
This research study concerns the issue of gender diversity that still persists in STEM education, especially in computing-related fields. Females are so severely underrepresented in computing education that the diversity in the fields is even less than that in physics in K-12. This research study seeks to address the problem of low female participation in computing-related fields. For the purpose of the study, two versions of surveys were distributed. One was filled out by 94 local elementary school students that mostly in 3rd-4th grade; the other went to 399 college freshmen in W. P. Carey School of Business. It asks questions, including if students are interested in learning STEM, and what reasons explain them having interest or no interest in STEM learning. Meanwhile, the study aims to unveil if there are any gender discrepancies in regards to STEM learning. Besides those dynamics, three factors—attitudes toward learning computer skills, logic, and coding—are examined for indications on students’ interest in STEM learning.
The results suggest no indication that female students are necessarily less interested than male students in studying computing-related majors, despite that female students find working with computers and coding more difficult. Female students have diverse and varied interests that are non-computing-related, which could be an underlying factor that contributes to their “lower” participation in those majors. While self-interest is the key factor that influences students’ decisions in pursuing STEM majors or non-STEM majors, they also consider job market outlook an important factor. Compared to female students, male students tend to cite family influence in deciding whether to study STEM majors. Furthermore, showing positive attitudes toward working with computers, learning new computer skills, and even coding indicates both male and female students’ potential desires to pursue computing-related majors or careers.
The results suggest no indication that female students are necessarily less interested than male students in studying computing-related majors, despite that female students find working with computers and coding more difficult. Female students have diverse and varied interests that are non-computing-related, which could be an underlying factor that contributes to their “lower” participation in those majors. While self-interest is the key factor that influences students’ decisions in pursuing STEM majors or non-STEM majors, they also consider job market outlook an important factor. Compared to female students, male students tend to cite family influence in deciding whether to study STEM majors. Furthermore, showing positive attitudes toward working with computers, learning new computer skills, and even coding indicates both male and female students’ potential desires to pursue computing-related majors or careers.
ContributorsZhou, Xingyan (Author) / Lin, Elva (Suh-Yun) (Thesis director) / Hsiao, Sharon I-Han (Committee member) / WPC Graduate Programs (Contributor) / Department of Information Systems (Contributor) / Barrett, The Honors College (Contributor)
Created2017-05
Description
Despite increased awareness and gender diversity initiatives, disciplines relating to Science, Technology, Engineering, and Math (STEM) remain largely male dominant. Using Acker's Theory of Gendered Organizations (1990) and Cooley's theory of the Looking Glass Self (1902) as a theoretical model, this study uses qualitative and quantitative methods to explore the gendered experiences of undergraduate STEM majors at Arizona State University. This research uses students' perceptions of their peers, professors, and teaching assistants in relationship to (1) the degree to which a student feels they are encouraged (2) the degree to which a student feels they are included and (3) the degree to which a student feels others have confidence in their academic abilities. This study concludes that both men and women feel more encouraged by their female peers. In addition, women feel their fellow female peers have significantly more confidence in their academic abilities, whereas men feel their peers are confident in their academic abilities regardless of gender. These findings address the stigmas still present in STEM disciplines and emphasize changes to make to weaken gender stereotypes that contribute to the lack of diversification in STEM fields.
ContributorsReiter, Dorie (Author) / Haskin, Jennifer (Thesis director) / Gemelli, Marcella (Committee member) / Computer Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
Within the beauty industry, a common issue that exists is the lack of diversity in product colors that suit consumers of darker-skinned ethnicities. Ethnic diversity in makeup products is often difficult to find, particularly in regard to more affordable brands. Over the years, the makeup and beauty industry has focused their attention on Caucasian females, thus excluding many other races, ethnicities, skin colors, and even genders. Although the lack of diversity in the cosmetics world is often related to people with darker complexions, this issue can affect any individual of any ethnicity or skin tone. This lack of diversity causes a negative psychological impact on individuals and causes people to experience feelings of frustration, anxiety, and exclusion. The purpose and significance of this research is further outlined in Chapter I. To address this issue, I developed an overarching research question: How might I create a custom makeup product that provides value to my audience? In order to answer this overarching question, I conducted research to answer the following areas: (1) Who is my audience? (2) What are my audience's perceptions and attitudes about makeup? (3) What challenges does my audience face when searching for or purchasing makeup? (4) Why does my audience value my product? and (5) What does my audience believe about my product? These questions allowed me to gather an in-depth understanding of the customer, including their tastes, preferences, needs, values, and demographic characteristics. Chapter II is comprised of the literature search which explores four themes: (1) the changing perception of the makeup industry, (2) diversity in makeup, (3) makeup's psychological impact on individuals, and (4) custom makeup & the market. Chapter III describes the research design and process while Chapter IV presents and analyzes the data and findings. The compiled research informed the business plan and influenced the conception and creation of the brand. Based on my qualitative and quantitative research -- which included a literature search, multiple depth interviews, and a survey -- I created Flesh and Bone Cosmetics. Flesh and Bone Cosmetics is an inclusive custom cosmetics brand that addresses the lack of diversity in the makeup industry by offering Liquid Foundation Drops. This product is a highly pigmented range of tints that recolors and adjusts any existing liquid foundation -- this allows individuals to discover their perfect color match at an affordable price range. Chapter V provides recommendations on forming a business model and marketing strategy for Flesh and Bone Cosmetics.
ContributorsCuenca, Sondra Camille (Author) / Gray, Nancy (Thesis director) / Samper, Adriana (Committee member) / Department of Marketing (Contributor) / Department of Management and Entrepreneurship (Contributor) / Department of Information Systems (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05