Improving Teaching and Learning

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.

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.

Marketing is inherently an applied science and, as a result, students learn the most when they can see marketing theories, constructs, and models in action. Marketing is at the intersection of so many academic disciplines—economics, statistics, psychology, sociology, organizational theory and decision science; and to see the way in which each of these disciplines influences marketing decisions requires the real-world dynamics of marketing-decision-making in a dynamic real-world context.

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.

Since my first semester at UT (Fall 2011) I’ve taught about 10,000 students across all colleges. From this immense amount of student interaction, I’ve come to believe that many of our students lack the tools and techniques to define their own personal path to success and are not confident in how to best make decisions about their future.  As a result of this, I believe many students are seeking what they see as a “safe path” (e.g.

I am working on a unique partnership between Austin Community College (ACC) and UT Austin to develop collaborative peer learning communities (PLCs) in the Geosciences with mixed cohorts of two-year college (2YC) and four-year college (4YC) students.

My belief is that many faculty want to create a welcoming environment for all students, but they just don’t know how, don’t realize that they are not already, or don’t understand the student interactions in their classes that are problematic. I believe the first step to remedying the problem is education, so that the faculty may first correct any of their own behaviors and then provide leadership to the students and help guide them away from inappropriate behavior.

Creating a culture of patient safety in teaching hospitals results in safer care delivery. The many demands of the current clinical learning environment make it challenging to routinely and effectively include bedside teaching and role-modeling of patient safety. We used a “positive deviance” model, which has been applied in various settings to help change cultural practices, to identify clinical faculty who model and teach patient safety principles during direct patient care.

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.

This project is directed at students with no prior knowledge of computer programming languages. When introducing complex and new skills such as computer programming in a classroom, teachers are often confronted with a lot of worried students and great numbers of very different questions, especially in humanities departments. The lecture setting is not well suited to address the needs of individual students.