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STEM

Recap: Student Belonging in STEM

· Nov 15, 2023 ·

by Derek Bruff, visiting associate director
Last Friday, CETL hosted the third event in our STEM teaching lunch series. This conversation was focused on student belonging with a presentation by Rebecca Symula, instructional associate professor of biology; Susan Pedigo, professor of chemistry and biochemistry; and Jessica Osborne, principal evaluation associate at the Center for Research Evaluation (CERE). The presenters are all part of a grant from the Howard Hughes Medical Institute (HHMI) to understand, promote, and evaluate inclusivity in STEM education.

As part of the grant work, Jessica and her CERE colleagues conducted focus groups with undergraduate students using a World Cafe approach and surveyed STEM faculty members to get a better understanding of student belonging and the actions that can foster it. At the Friday lunch, Jessica shared some of the results of that research while Rebecca and Susan connected those results to their individual teaching practices and invited discussion among the faculty, staff, and graduate students in attendance.

What is student belonging? Rebecca Symula shared a definition from researcher Terrell Strayhorn: “Sense of belonging is a basic human need, and at the most basic level, is whether or not a person feels respected, valued, accepted, cared for, and included.” I’ve often cited the research of Geoffrey Cohen who studies belonging in education, and in a recent interview he described belonging as simply the sense that we are a valued part of a community. Cohen has a new book out called Belonging: The Science of Creating Connections and Bridging Divides, and it’s on my desk ready for me to read soon! There’s also a model developed by Zumbrunn et al. (2014) specifically for science education which situates belonging as a pre-condition for self-efficacy in a course and a valuing of course tasks, both of which in turn lead to motivation to learn and the development of a science identity.

During the presentation, Jessica shared a few instructor behaviors that were identified by study participants to help foster belonging, including opening up the class to discussion, encouraging students to help each other, sharing what’s happening in the department, and providing consistent due dates and reminders. She asked those of us in the audience to guess whether each behavior was identified by a student participant or a faculty participant, and we generally got the answers wrong! Jessica made the point that there’s a lot of overlap between what students and faculty say about fostering belonging, which our guesses demonstrated in a way.

From the list of instructional approaches identified by study participants as fostering belonging, we drilled down on a couple of practices during the discussion. Knowing student names was a hot topic because it helps students feel valued and encourages them to seek help (Cooper et al., 2017), but it’s hard to pull off practically, especially if you have more than 20 or 30 students. CETL director Josh Eyler pointed out that using student names what matters, not memorizing student names, which means that having students use name tents during class can help with belonging. I have a standard discussion rule that the first time someone speaks up in class they should introduce themselves, which is another way to actively use student names. There was also a recent graduate in the room who added that names aren’t entirely necessary; just recognizing a student you pass on the sidewalk as one of your students can help that student feel they have a place at the university.

We also talked about what I like to call “first week of class work,” that is, what we say in our syllabi and how we talk about our courses to students early in the semester. Students are more likely to see instructors as approachable when instructors use warm and welcoming language in these settings (Hamish and Bridges, 2011). Susan Pedigo mentioned that her syllabus used to read like a legal contract, but as she’s learned more about this line of research, she’s adopted a much more invitational tone in her course documents. Other lunch participants talked about the importance of helping students understand what they’re likely to get out of a course so that they see value in participating actively in the course. And I’ll recommend a resource I just learned about today, a “Who’s in class?” form developed by educational developer Tracie Addy and colleagues that’s useful for learning about your students and also communicating to them that you care about them as people and as learners.

One topic we didn’t dive into was the ways that students’ social identities (gender, race, first-generation status, neurodivergence, and so on) can affect their sense of belonging. This is a big topic and an important one, and I hope we’ll explore it at a future STEM teaching lunch. For now, I’ll point to some of Geoffrey Cohen’s research showing that a relatively brief intervention can have lasting effects on college student success. The intervention helped students see that worries about belonging are normal and tend to improve over time, and just thirty minutes of this was enough to improve first-year completion rates by two percentage points for students in groups that historically persist at lower rates. Using students’ names and adopting a welcome tone the first week of class are useful moves to make, but there are many more strategies instructors can leverage to help students develop a sense of belonging.

Thanks to our presenters and to all of those who came and participated in the discussion. And stay tuned to the usual CETL channels to hear about our spring semester slate of STEM teaching lunches.

CETL Program Spotlight: STEM Teaching Lunch Series

· Oct 27, 2023 ·

by Derek Bruff, visiting associate director

Last spring I hosted a faculty learning community for CETL on the subject of active learning instruction in large STEM courses. We had about a dozen faculty from various departments who met every other week, mostly on Zoom, to share and discuss shared challenges teaching large coursse. We also read and discussed a selection of STEM education research articles, and you can view our reading list in a previous CETL blog post.

This fall, as the CETL liaison to the STEM departments on campus, I wanted to build on the spring learning community by involving more faculty in important discussions about STEM teaching. A second goal for the fall was to raise awareness about the many STEM teaching initiatives around campus, ones I had been learning about as I did my listening tour of STEM departments.

With those goals in mind, CETL launched a series of STEM teaching lunches this fall. Each event in this series features a different set of panelists doing interesting things in STEM teaching at the University of Mississippi, and each event is in person with lunch provided by CETL. We’ve had two lunches so far, with a third on coming up on November 10th, and the participation and discussion in the series has been fantastic.

September 22nd – Supplemental Instruction

The first lunch on September 22nd focused on the Supplemental Instruction (SI) program that is run by CETL’s program manager Hannah Margaret Glass. Panelists included two faculty members involved in SI, Emily Rowland from chemistry and Jenny Meyer from physics, as well as three experienced undergraduate SI leaders: Abigayle Taylor, Reid Bain, and Kaleb Henry. They all spoke to the goals of the SI program, the benefits they see from the program in STEM courses, and some of the challenges they encounter in their various roles.

What is Supplemental Instruction? SI recruits undergraduate students who have done well in historically difficult courses to serve as, well, supplemental instructors for those courses. These SI leaders offer weekly support sessions for students in those courses that go beyond mere tutoring. The SI leaders plan problem-focused activities for the sessions that engage students, reinforce learning, and support students around the hardest topics.

The SI leaders at the September 22nd lunch spoke compellingly about the value of SI to the students who attend their sessions. Not only do these students get the help they need learning the course material, but they also develop relationships with the SI leaders and each other. These relationships are important for students struggling through a hard course to persist in that struggle, and all three SI leaders talked about how rewarding it was to motivate and cheer on students in this way.

The faculty panelists also spoke to the value of SI for their students, particularly the students who start attending the sessions well before the first exam. Sure, there’s value in showing up to an SI review session right before an exam, but the students who attend regularly get the additional time on task (with support) they need to master the course material. The faculty also mentioned how rewarding it was to reach out to a student who had done well in a course to invite them to be a future SI leader.

You can read more about the Supplemental Instruction program on our website, and if you’re interested in adding SI to your courses, please reach out to SI program manager Hannah Margaret Glass at hmglass@olemiss.edu.

October 3rd – Alterative Grading Practices

The second STEM teaching lunch on October 3rd featured a conversation with Eden Tanner, assistant professor of chemistry and biochemistry, about her recent experiments with mastery assessment. In a nutshell, the students in her 170-seat general chemistry course can retake a new version of each of the four exams in the course basically as many times as they want. When she first tried this new approach in the spring semester, she saw dramatic improvements in her students’ scores on the final exam, a nationally standardized exam from the American Chemical Society.

How did Eden manage so many exam retakes in such a large class? That was the hot question during the discussion, which spent a lot of time on the logistics of this mastery assessment strategy. I won’t say anything more about Eden’s presentation here on the blog because I recently interviewed her for my Intentional Teaching podcast. In that interview, we talk about her motivations from moving away from traditional grading practices as well as, yes, all the nuts and bolts about her retake policy.

November 10th – Student Belonging in STEM

Our third and final STEM teaching lunch this fall is coming up on November 10th from 12pm to 1pm in the Johnson Commons East Banquet Room. We’ll focus on the topic of student belonging in STEM courses and majors at the University of Mississippi. I’m very excited to have a panel of faculty and staff involved in a Howard Hughes Medical Institute grant aimed at understanding, promoting, and evaluating inclusivity in STEM education. Grant team members Jessica Osborne (Center for Research Evaluation), Susan Pedigo (chemistry), and Rebecca Symula (biology) will share and discuss some of their initial research on student and faculty perspectives on belonging and inclusivity.

If you’re involved in STEM teaching at Mississippi and would like to join us for the November 10th session, please register here so we can have a lunch waiting for you! And keep an eye out for CETL communications about more STEM teaching lunches this spring.

A reading list on active learning in STEM courses

· May 5, 2023 ·

by Derek Bruff, visiting associate director

This spring CETL hosted a faculty learning community on the topic of active learning in large STEM courses. Over a dozen faculty from biology, chemistry, mathematics, physics, and other departments met every other week, mostly on Zoom, to share and discuss shared challenges teaching large courses, particularly introductory courses. I organized and facilitated the learning community, and one of the fun parts of that work was selecting the readings for each of our meetings. I thought I would share the reading list here on the new CETL blog, in case its useful to other educators or educational developers.

Session 1: Introductions

For our first meeting, we shared introductions and challenges and discussed a couple of modern classics of the STEM education research literature:

  • “Active learning increases student performance in science, engineering, and mathematics,” Freeman et al (2014), https://www.pnas.org/doi/full/10.1073/pnas.1319030111
  • “Active learning narrows achievement gaps for underrepresented students in undergraduate science, technology, engineering, and math,” Theobald et al. (2020), https://www.pnas.org/doi/10.1073/pnas.1916903117

Session 2: The Coverage Challenge

By far, the most common challenges shared by learning community members was the need to cover a lot of content in these large courses. We tackled that challenge head on in our second meeting using these readings:

  • “The tyranny of content: ‘Content coverage’ as a barrier to evidence-based teaching approaches and ways to overcome it,” Peterson et al. (2020), https://www.lifescied.org/doi/10.1187/cbe.19-04-0079
  • “Worried about cutting content? This study suggests it’s OK,” Supiano (2022), https://www.chronicle.com/newsletter/teaching/2022-07-07
  • “Inclusive and active pedagogies reduce academic outcome gaps and improve long-term performance,” Dewsbury et al. (2022), https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0268620

Session 3: The Flipped Classroom

One response to the coverage challenge is to shift some of the learning outside of the rather limited class time we have with students. The flipped classroom was thus the topic of our third discussion, using these readings:

  • Flipped Learning: A Guide for Higher Education Faculty, Talbert (2017). You can read most of the first chapter online. See also his final definition of flipped learning.
  • “114 studies on flipped classrooms show small payoff for big effort,” Barshay (2020), https://hechingerreport.org/proof-points-114-studies-on-flipped-classrooms-show-small-payoff-for-big-effort/
  • “The impact of a flipped classroom model of learning on a large undergraduate statistics class,” Nielson et al. (2018), https://iase-web.org/ojs/SERJ/article/view/179.

Session 4: Student Reactions

How do students respond to active learning instruction? It’s a mixed bag. See these readings:

  • “Measuring actual learning versus feeling of learning in response to being actively engaged in the classroom,” Deslauriers et al. (2019), https://www.pnas.org/doi/full/10.1073/pnas.1821936116
  • “What I wish my instructor knew: How active learning influences the classroom experiences and self-advocacy of STEM majors with ADHD and specific learning disabilities,” Pfeifer et al. (2022), https://www.lifescied.org/doi/10.1187/cbe.21-12-0329

Session 5: Active Learning Classrooms

One reason for hosting this faculty learning community is the new science building on campus set to open in fall 2024. It’s full of active learning classrooms!

  • “Separated by spaces: Undergraduate students re-sort along attitude divides when choosing whether to learn in spaces designed for active learning,” Ralph et al. (2022), https://journals.sagepub.com/doi/10.1177/14697874221118866 or https://libkey.io/libraries/1153/articles/533235795/full-text-file?utm_source=api_597
  • “Transformation of classroom spaces: traditional versus active learning classroom in colleges,” Park & Choi (2014), https://link.springer.com/article/10.1007/s10734-014-9742-0

Session 6: Show and Tell

We didn’t have any readings for our sixth meeting. Instead, participants were invited to share a lesson plan or activity they had used in their courses.

Session 7: Group Work

Since active learning often involves group work, we took a deep dive into organizing and facilitating groups in our seventh session.

  • “Evidence-based teaching guide: Group work,” Wilson, Brickman, & Brame (2017), http://lse.ascb.org/evidence-based-teaching-guides/group-work/

Session 8: Exams and Evaluation

Our final meeting fell on the last week of classes, which made it an appropriate time to talk about evalution.

  • “Science exams don’t have to be demoralizing,” Clements & Brame, https://cft.vanderbilt.edu/science-exams/

We will continue the faculty learning community in some form in the fall. If you’re a STEM instructor at the University of Mississippi and are interested in participating, please let me know!


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