Stephanie Ivey’s research while affiliated with University of Memphis and other places

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Publications (19)


Figure 1. Urban STEM Scholar Cohort Models.
Figure 3. Example scholar post from CN platform.
Gender Representation for University, Students Eligible for S-STEM, Scholars by Institution
First Generation Student Representation for University, Students Eligible for S-STEM, Scholars by Institution
Overall GPA Earned by Students Eligible for S-STEM vs. Scholars by Institution

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Board 420: Urban STEM Collaboratory: 5 Years of Lessons Learned
  • Conference Paper
  • Full-text available

June 2024

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36 Reads

Stephanie Ivey

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Aaron Robinson

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[...]

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Tony Chase
Download






Communicating Identity in the Urban STEM Collaboratory: Toward a Communication Theory of STEM Identities

February 2023

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196 Reads

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7 Citations

International Journal of Science Education Part B

Although jobs in science, technology, engineering, and math (STEM) fields are projected to grow at twice the rate of other professions, too many students, especially women and minoritized students, choose not to study or drop out of STEM fields, in part because they do not identify with STEM. With Communication Theory of Identity as a sensitizing framework, this study focused on a group of students who are ‘at risk’ for dropping out of STEM due to unmet financial need who are participating in a scholarship program designed both to close their financial need gap and to build their STEM identities. Based on Interpretive Phenomenological Analysis of 20 semi-structured interviews, the findings show that these students largely, but not exclusively, saw being a ‘STEM person’ as positive, but also expressed varying degrees of certainty and potential ‘identity gaps’ about their STEM identities. Enacted and relational STEM identities were of particular importance to how these students understood and experienced STEM identity. Women and minoritized students spoke of the importance of seeing and interacting with STEM people who share their social identities in developing their own STEM identities. Implications for a communication theory of STEM identities are discussed.





Citations (11)


... As STEM identity is multifaceted, this implementation of the VIP program includes several intervention strategies that focus on academic, mentoring, community, and networking-related activities (see [31] for a description). Academic success and satisfaction with one's major, feeling part of a STEM community, participating in STEM activities, interacting with role models, collaborating and 'STEM communicating,' understanding career opportunities, and developing STEM self-efficacy all play a role in facilitating the development of STEM identity. ...

Reference:

Board 357: Psychosocial and Skills-Based Outcomes of Participating in Vertically Integrated Projects (VIP)
Board 314: Implementing the Vertically Integrated Projects (VIP) Model at a Public Urban Research University in the Southeastern United States
  • Citing Conference Paper
  • June 2023

... The industry needs skilled professionals to remain competitive, and academia needs to stay up-to-date with the latest industry trends and technologies. Collaboration between these two sectors can help bridge the gap and provide students with practical knowledge and hands-on experience [4]. Quality education is critical to the success of engineering students [5]. ...

Creating an Industry-Academia Partnership to Prepare the Workforce of the Future
  • Citing Conference Paper
  • August 2022

... In this work, the leadership from three separate but similar programs operating at independent urban research universities, collaborate in a Track 3 NSF S-STEM funded project with the overall goal of not only increasing student success but in studying and extending their programs to better reach student populations in need. This collaboration team refers to itself as 'The Urban STEM Collaboratory', and consists of three unique intervention programs, one from each university, that support student success and have demonstrated positive student outcomes throughout the duration of the project, [3,4,5]. Although there are three separate intervention programs, the collaboration provides a platform on which each university can extend their support structures to further meet the needs of diverse urban populations, as well as to study and understand the needs of these populations more nearly. ...

Three Years of the Urban STEM Collaboratory

... Students in the ELC courses had multiple forms of support not available to students in non-ELC sections of composition [15]. Every year starting in 2019, several of the students participated in a one-week Summer Bridge program in the summer before their first semester, which smoothed their transition to college and helped establish a sense of community [16]. In addition, some of the concurrent enrollment courses in the ELC program were supported by a near-peer teaching assistant (TA) (2017-present), a Peer Advocate Leader (PAL) (2017-present), and an Individual Peer Mentor (2019-present) who met with each student once a week [17]. ...

Summer Bridge Programming for Incoming First-Year Students at Three Public Urban Research Universities

... In the current study, we address gaps in prior research by designing and investigating the impact of an integrated steM camp on middle school students' STEM identity, interest in environmental issues, and interest in STEM careers. We focused on STEM interest because of the research that shows that STEM identity influences student persistence in career choice (Stewart, 2022;Stewart et al., 2023). We focused on STEM interest because of the research that shows that students who become interested in STEM by 8th grade are more likely to choose a STEM career (Tai et al., 2006) and research that shows that interest is a greater predictor of students' decision to choose a STEM career path (Maltese & Tai, 2011). ...

Communicating Identity in the Urban STEM Collaboratory: Toward a Communication Theory of STEM Identities

International Journal of Science Education Part B

... This study utilized version 1.1, which is free, offering an academic limit of 10 million tweets per month for each project or 500,000 for standard projects, with variable update request rates [Twitter Inc., n.d.]. In summary, Twitter API provides open access for researchers and fits within the scope of sentiment analysis due to its consistency in post-character length [Sarram and Ivey, 2022]. ...

Evaluating the potential of online review data for augmenting traditional transportation planning performance management
  • Citing Article
  • February 2022

Journal of Urban Management

... To foster interaction among scholars across campuses and create a sense of belonging within the Urban STEM community, the program adopted CourseNetworking (CN), an academic social networking platform developed at IUPUI. Using social media to engage college students is not a novel approach and its positive impacts have been well-documented by numerous scholars [8][9][10][11][12]. The reason we chose to implement CN was its unique combination of social networking features, a gamification engine (Anar Seeds) that tracks and incentivizes participation, a digital badging system, and a robust ePortfolio tool. ...

An Initial Exploration of Engineering Student Perceptions of COVID's Impact on Connectedness, Learning, and STEM Identity

... In this work, the leadership from three separate but similar programs operating at independent urban research universities, collaborate in a Track 3 NSF S-STEM funded project with the overall goal of not only increasing student success but in studying and extending their programs to better reach student populations in need. This collaboration team refers to itself as 'The Urban STEM Collaboratory', and consists of three unique intervention programs, one from each university, that support student success and have demonstrated positive student outcomes throughout the duration of the project, [3,4,5]. Although there are three separate intervention programs, the collaboration provides a platform on which each university can extend their support structures to further meet the needs of diverse urban populations, as well as to study and understand the needs of these populations more nearly. ...

Launching the Urban STEM Collaboratory

... Random forest is a machine learning method that uses multiple decision trees to improve predictive performance while avoiding overfitting (Ho 1995). It has been successfully applied to predict livability-related qualities (Sarram & Ivey 2018). A random forest model was trained on 80% of the dataset to predict each index based on urban form attributes. ...

Transportation Planning and Sustainability
  • Citing Conference Paper
  • July 2018

... Existing literature mostly focused on the relationship between freight and standard of living of individual countries (Leite et al., 2022;Sarram & Ivey, 2017). Moreover, many studies merely emphasized the impact of air freight and air quality (Facanha & Horvath, 2007;Ramani, Jaikumar & Charman, 2019), but not the overall quality of living of humans across countries. ...

Evaluating a Survey of Public Livability Perceptions and Quality-of-Life Indicators: Considering Freight-Traffic Impact
  • Citing Conference Paper
  • October 2017