Individual Fellow Initiatives

Within social work curriculum, the topic of disability is either explicitly absent or medicalized.  The lack of a rich understanding of disability as a cultural experience that intersects with other cultural experiences is concerning given our ethical guidelines of cultural competence and equity.  Additionally, not only are students excluded via this omission, but so are faculty, staff, and social workers working in the field.  Approximately a quarter of the population identifies as having a disability, yet our curriculum barely acknowledges their experiences.

The primary goal of this community-based service project is to provide experiential learning opportunities for undergraduates interested in statistics and data sciences while supporting the broader Austin-area community. Coordinating with local organizations, students enrolled in some of our SDS courses are gaining hands-on experience in data analysis while exploring authentic contexts. This innovative and collaborative effort provides a community-based model that allows students and local organizations to co-develop and answer real-world research questions.

Most science and engineering courses are founded on abstract mathematical and/or analytical theories/concepts. Though the abstract concepts are essential to describe underlying scientific and engineering principles, the teaching pedagogy largely misses out on the utilization of imagery. We expect our students to master the subject we teach, but rarely do we provide them with the necessary tools to synthesize their acquired knowledge. Innovation gets stifled in the maze of abstract theories.

This initiative has been archived in compliance with University policies and legal requirements related to communications and web presence. If you have questions about this initiative, or any others, please reach out to the Center for Teaching and Learning for more information.

Traditional science degree programs concentrate primarily on content and are not known for preparing their graduates with other skills needed for scientific careers.

My project is designed to support engineering students primarily in their freshman and sophomore years, when they struggle the most, resulting in high failing rates. Students do not always implement the best study strategies as they transition from high school to college, and do not prioritize their self-care and well-being. College level coursework is significantly more difficult compared to high school level courses and require more critical and abstract thinking.

The students participating in this project are part of a group of students known as McCombs Success Scholars (MSS). Such students have been identified as potentially not as well prepared for academic success as some of their McCombs-school peers (i.e., they grew up in smaller cities/towns, their family’s socio-economic status tilts toward the lower end of the scale, they attended a small high school).

(Project completed 2021) In my lectures, I rely on supplementary videos to break up the pace of the lecture and introduce new concepts. However, when I search for videos online, I have trouble finding a diverse representation. As a result, I end up with an oversampling of white male scholars in my course.

This initiative has been archived in compliance with University policies and legal requirements related to communications and web presence. If you have questions about this initiative, or any others, please reach out to the Center for Teaching and Learning for more information.

This initiative has been archived in compliance with University policies and legal requirements related to communications and web presence. If you have questions about this initiative, or any others, please reach out to the Center for Teaching and Learning for more information.

Cross-cultural connections can deepen student engagement in the world around them and encourage their creativity about the course material.  Such connections can happen in a UT classroom if the student body is particularly diverse, or if students participate in study abroad programs. Global connections are also being created through the Global Classrooms Initiative that connect UT students with students at universities from other countries through classroom activities, conversations and projects intentionally designed to encourage collaboration.

I have been teaching general physics for non-Physics majors since 2008. I have implemented interactive learning elements into my lecture and “real life” questions, which allows the students to have short (3-4 minutes) discussion in small groups to find solutions for the given questions. I have seen improvement in student engagement and finally in test scores, especially within the semester as the students embrace this style of teaching. However, in order to really affect improvement, I communicate with other physics faculty to reflect on the evaluation of successful teaching.

While the U.S. is more racially open and culturally diverse than at any other time in its history, intolerance and marginalization—often around issues of race, culture and difference—continue to exist. This is punctuated in university settings where students of color find more access to opportunity, yet encounter socially and intellectually non-inclusive environments. UT-Austin stands at the forefront of concerns around race and equity, most recently with the Fisher decision and the current state lawsuit against UT-Austin regarding race discrimination in admissions.

This project entailed the creation of a curricular context and physical space for collaborative interdisciplinary teaching and research for faculty and students interested in Russian, East European and Eurasian studies. This was achieved in two ways. First, I transformed the required gateway course to our major, “Introduction to Russian, East European and Eurasian Studies,” which had been a disjointed “parade of faculty” course with disconnected guest speakers.