Her quest for answers spills into her classroom

It was a simple question in a grade-schooler’s mind, but it led to an award-winning academic career in teaching and research: Where does the information in textbooks come from?

“I just was wondering, ‘How do we end up with what’s in our textbooks? How do we know that’s true?’ And that’s when I started to learn about research,” said Jamie Jirout, associate professor at the University of Virginia’s School of Education and Human Development. “Then, when I went to college, I wanted to learn more about how we know things and started working in a research lab my first semester. Then I just kind of kept doing it.”

“What,” “how” and “why” are the questions guiding Jirout’s academic and professional life. She researches what drives children’s motivation and curiosity and the role spatial intelligence plays in how they learn.

Jirout directs the Education School’s Research in Education Learning Lab. Her research takes place in classrooms, in virtual labs and in community locations like schools and children’s museums.

She also shares her findings with her students, maintaining a personal touch while teaching them how to use AI to support and complement the learning that happens in her classes.

Jamie Jirout seated at a table with children's toys

Still curious after all these years, Jirout tries to integrate research and teaching to study curiosity and promote it. (Photo by Lathan Goumas, University Communications)

She does it well. This spring, Jirout won one of UVA’s All-University Teaching Awards. The University’s Office of the Provost presents the annual awards to celebrate faculty members whose teaching contributes significantly to the University’s mission.

“Prof. Jirout never treats research findings as the final word, as there are so many individual factors,” one student, Lilah Xu, wrote in support of Jirout’s nomination. “She consistently sought feedback from students to refine her teaching materials and to meet the diverse needs of our class.”

Xu wrote that Jirout considered student input and quickly adjusted class activities based on their comments.

“The speed and responsiveness of her adjustments were unparalleled, and I deeply appreciated her genuine passion and care for both her students and her teaching,” Xu wrote.

For Jirout, becoming an academic was not intentional.

“I liked research and kind of ended up in research accidentally. I kept doing it through college, and when I was in my fourth year, my adviser, with whom I did research, told me I should go to grad school,” she recalled. “I was then on the track to becoming a professor. It just kind of happened.”

As much as she loved research, she also yearned to teach. While a researcher at Temple University, she approached a colleague about co-teaching a course.

“I asked her, ‘How do you get a job where you can focus on teaching as well as doing research, especially if you have no teaching experience?’ And she let me co-teach with her and kind of taught me how to be a faculty member,” Jirout laughed. “My doctoral training included a course on educational goals, instruction and assessment, but doing it in real life was a whole new experience.”

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Jirout said she found research and teaching go well together.

“I think about the ways I can integrate my research and teaching, to study curiosity and to promote it,” she said. “One of my goals is to help students understand where information comes from and to be critical about how much what we know from research can be generalized across other contexts or other populations.”

In Jirout’s lab work, she explores how types of instruction impact curiosity and how they relate to children’s learning. Her lab also investigates spatial reasoning, which involves location, shapes, size and distance. That form of reasoning is an important skill for success in STEM programs.

She’s also applied a bit of STEM research to her teaching, incorporating AI into her courses to simulate interaction with a child.

“I had this one table of student-athletes who wanted to look at children’s ability to be a good loser, and they could not convince their ‘kid’ to be a good loser,” Jirout recalled. “They had the best time trying every angle of how to explain why that’s important and to validate the kid’s feelings, but also explain why it’s important to be empathetic to other kids. It was fun watching them.”

Part of her research and teaching techniques is to foster intellectual humility, Jirout said.

“We look for ways we can go beyond the content and the skills we’re trying to teach, to increase students’ willingness to be open-minded, to practice intellectual humility and to be curious,” she said. “You won’t become curious if you don’t have a sense of intellectual humility to recognize and be OK when you don’t know something, or to recognize that it might be better and easier to understand something in a different way.”

Media Contacts

Bryan McKenzie

Assistant Editor, UVA Today Office of University Communications