Improving Teaching and Learning

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.

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.

(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.

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.”

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.

The project is a longitudinal partnership with the Vick Center for Strategic Advising, College of Education faculty, Project 2021 staff, and other Longhorns to measure existing attempts to teach useful skills such as emotional intelligence so that students can make constructive decisions while at UT and then be prepared for the significant life transition that is one’s first career post-graduation. The key activities include semesterly surveys and interviews with students using Vick Center services such as in-person visits and online modules.

The McCombs Business Journal was an effort to give students an opportunity to read and write about research. We recruited students, worked with the students to establish an organizational structure, set expectations for members, and selected student leaders. Students read a significant amount of research and wrote summaries, focusing on how that research impacts the real world.

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

Active, embodied learning and creative teaching is needed in higher education, yet many faculty struggle with how to take up the approach. My PTF project engaged six faculty members from across UT - American Studies, Biology, Art/Design, Classics, Education, and Theatre- in a 15 week faculty learning community focused on active and creative teaching strategies. Through the project, faculty members explored active and creative teaching methods in monthly meetings, and re-designed at least two lectures to use active/creative teaching approaches.