P120A190085
2022 (see original presentation & discussion)
Undergraduate
Texas A&M University-Kingsville (TAMUK), a public, Minority-Serving Institution with 67% Hispanic student population, received funding from U.S. Department of Education MSEIP to conduct a transformative project focused on improving student learning outcomes, educational benefits, and awareness and knowledge of financial literacy and professional development for TAMUK engineering and science minority students, especially women. The project is centered on improving students’ quality of work in STEM curricula, career awareness and readiness, and financial literacy through three core activities: Capstone Design Enhancement (CDE), Summer Research Internship (SRI), and Financial Literacy and Professional Development (FLPD) programs. The project's goals are to: 1) Enhance TAMUK engineering and science students’ interests and performance in their curricula and preparedness for future careers through streamlined education, and 2) Improve TAMUK engineering and science students’ professional and personal skills to become responsible and productive citizens. The project expands its reach by enhancing capstone design experiences of senior students, who also share their learning experiences with freshman students in a university success course. The SRI impacts TAMUK sophomore and junior students and community college students through an intensive three-week program focused on integrated research and internship experiences. The FLPD is seamlessly integrated into the CDE and SRI programs to help TAMUK minority students to become informed, thoughtful, and productive individuals.
Remy Dou
Assistant Professor
Dr. Li and Team, I genuinely enjoyed learning more about the work that you all do with students and your focus on Hispanic student populations. I have seen the powerful impact of work related to this. I'm curious about what aspects of your work and approach do you believe can be scalable or generalizable across institutions similar to yours. Relatedly, are there any aspects of your approach that you believe are unique to your specific context?
Thank you for your wonderful contributions to the field and to the video showcase!
Hua Li
Professor
Dr. Dou, thank you for the comments! I truly believe that the virtual summer research program with professional development training can be scalable and generalizable across institutions. The only potential issue is internet access (for students) and software access (for students). We tried to use open-source or free software as much as possible during our virtual research program.
Remy Dou
LaShawnda Lindsay
Research Scientist
The REFLEX-ME program seems to provide comprehensive and rich experiences for students at different stages in the preparation. I am curious about the impact of the program on students' outcomes. What data did you collect related to student outcomes?
Hua Li
Professor
Thank you for the comments. We collected pre- and post- surveys of the students. We have published part of the results in a paper in 2021 ASEE annual conference and another paper in 2022 ASEE-GSW conference.
Harrison Pinckney
Assistant Professor
The REFLEX ME program has a lot of potential to support emerging scientists as they explore the academic and career possibilities that exist within STEM. Are the students you currently engaging already committed to STEM disciplines? If so, what might be ways to attract or serve students who possibly believe that STEM is not for them so they would never consider engaging in this program?
Hua Li
Professor
Thank you for the comments. Due to the requirements from U.S. Department of Education MSEIP program, we are focusing on minority students in science and engineering, so majority of our student participants are already in science and engineering disciplines. Through our surveys, our project does increase students' confidence in completing their STEM degrees.
Further posting is closed as the event has ended.