Measuring the Effectiveness of Active Learning Methods in Cell Biology
Cohort: 2016
Fellow: Arturo De Lozanne
Despite ample evidence that implementing active learning methods in the classroom leads to better outcomes, most courses in Biology continue the use of traditional lecturing. Anecdotal conversations with many of my colleagues who teach upper division biology courses indicate a widespread perception that the traditional lecture is the most effective way to transmit information to students.
Transforming a Class Without Backflipping and Handstands
Cohort: 2016
Fellow: Zhengrong Cui
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.
Curiosity to Question: a Multidisciplinary Open-Inquiry Course Focused on Research Design
Cohort: 2016
Fellow: Julia Clarke
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.
Inclusive by Design: Increasing Access to Education for all Students
Cohort: 2016
Fellow: Stephanie Cawthon
(Project completed 2018) Course structures are often not as fully inclusive as they could be for students with diverse learning needs. More specifically, students with disabilities and those who have English as a second language may benefit from practices that make content more accessible (without changing the rigor or learning goals for the course). This is particularly true for courses at the undergraduate level that may include face-to-face, lecture, interactive activities, and online components.
The Keys to Understanding History: Unlocking Digital Timelines
Cohort: 2016
Fellow: Erika Bsumek
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.”
Hispanic STEM Transfer Student Challenges and Resources
Cohort: 2016
Fellow: Maura Borrego
In 2012, the President’s Council of Advisors on Science and Technology documented the need to prepare an additional one million STEM professionals over the next ten years. To achieve this increase in STEM degree production, attention must be directed towards improving pathways for all students, specifically minority students who have been historically underserved. Research has indicated a need to focus on these underrepresented groups in STEM settings as enrollment patterns and access to higher education differs between groups of students.
Teaching the University: Enhancing Student Understanding and Appreciation of the University
Cohort: 2016
Fellow: Hina Azam
My project is intended to address a lack of understanding among most undergraduate students of the university both as an institution and as a space in which intellectual life is pursued. This lack of understanding among undergraduates is intertwined, I believe, with a broader lack of appreciation for higher education/academia in our cultural and civic life.
Bevosourcing: Tools to Involve Students in Citizen Science and Online Data Publication
Cohort: 2015
Fellow: Adam Rabinowitz
Digital archives and the internet have made it possible for non-experts to make major contributions to research through crowdsourcing and citizen science. UT has fascinating and important collections of primary sources for the humanities, many of which have been digitized. But before my PTF project, there were no digital tools at UT to facilitate crowdsourcing as a pedagogical strategy, engaging students with historical documents while enriching the collections themselves. The project therefore proposed to develop two UT-based crowdsourcing platforms.
Nutrition in the Kitchen
Cohort: 2015
Fellow: Lydia Steinman
Compounding the challenge of consuming a healthy diet is the fact that many students have little or no familiarity with preparing their own food. The result is inadequate diets that do not support optimal health and academic performance.
Freshman Introduction to Research in Engineering (FIRE)
Cohort: 2015
Fellow: Carolyn Seepersad
The goal of this initiative is to establish a freshman research program for mechanical engineering students that can serve as a template for an engineering-wide freshman research program. Many first-year students express an interest in participating in engineering research early in their college careers, but the perceived barriers can be high. It can be difficult for first-year students to navigate the research enterprise, and many professors are hesitant to hire first-year students. The potential advantages of freshman research, however, are much greater than the barriers