Individual Fellow Initiatives

The challenges facing modern engineers are more complex than ever. Current engineering issues such as
algorithmic bias, data security and privacy, and sustainability do not only require technically skilled engineers,
but also engineers who are conscious about structural inequities and biases.

My initiative will achieve better learning outcomes in undergraduate and graduate students in History and the LBJ School by examining the intersection of history and contemporary policy, specifically its disparate impact on communities of color. Currently, departments, centers, faculty and students work independently of one another and lack valuable opportunities to collaborate. Genuine collaboration has evolved into a rare and difficult concept.

(Project completed 2021) Systems of oppression gain their power from silence. Faculty in the School of Nursing and across the country are not always comfortable engaging in conversations about race and racism, but these discussions are necessary in order to address the disproportionately poor health outcomes experienced by BIPOC. In response to student and faculty concerns, this project seeks to move our school towards an antiracist climate by targeting multiple layers.

The goal of this project is to train the next generation of environmental engineers in computing and statistical techniques to solve big data problems. Current undergraduate students in the Department of Civil, Architectural and Environmental Engineering have little to no exposure to computational and statistical methods for data analysis (e.g., big data collected from sensor networks). I proposed to integrate computational techniques in several courses throughout the Environmental Engineering Degree.

The idea for this pilot course grows directly out of departmental and university goals to increase opportunities for Experiential Learning and for new technology exposure in the Humanities; and to involve more undergraduate students in original faculty research.

This PTF project was designed to transform a basic science course from lecturing to active learning in a semi-flipped classroom model and to develop a “toolbox” to help facilitate similar transformations across campus. The flipped classroom model has proven effective in motivating and engaging students and improving their retention of materials learned. However, there were two common myths about applying flipped classroom models in large classes (e.g.

Hands-on research experiences for undergraduates offer unique active-learning experiences with real-world questions. These experiences create communities and improve 4-year graduation rates. They may also help create a student body and alumni population that recognize the importance of the research mission of large R1 universities.

This project started out with a simple idea: From my original proposal, we noted that “Current historical timelines are not interactive, nor do they enable students to understand connections between different events. They are good at showing chronology, but are not good at illustrating how specific events are influenced by a whole host of different historical factors.”

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.

The Peer Learning Assistant Program within the Department of Chemistry is a program developed with resources from the Provost Teaching Fellows program to enhance the educational experience of students taking general chemistry by training and employing Peer Learning Assistants (PLAs) to service large blended general chemistry courses.  The large (300 –500 students) blended courses have replaced the straight lecture model with active, student centered, learning.  Active learning requires coaching and in a large class it is impossible to implement with only one instructor and one tea