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When Science Journalism Is Awesome: Measuring Audiences’ Experiences Of Awe From Reading Science Stories, Asheley R. Landrum, Kristina Janét, Kelsi Opat, Heather Akin
When Science Journalism Is Awesome: Measuring Audiences’ Experiences Of Awe From Reading Science Stories, Asheley R. Landrum, Kristina Janét, Kelsi Opat, Heather Akin
Department of Agricultural Leadership, Education, and Communication: Faculty Publications
In collaboration with professional science journalists, we conducted a national online survey (N = 2,088) to explore facets of awe as potential response states to science journalism and how audiences’ dispositional science curiosity may influence these response states. Our science journalist collaborators identified several “awe-inducing” articles as well as a “business-as-usual” article to use in the survey, and we measured participants’ experiences of awe using the Awe Experience Scale (AWE-S). We replicated the factor structure of the AWE-S and found that participants’ generally experienced greater awe from reading the “awe-inducing” science articles compared to the “business-asusual” one. Only partial support …
Assessment And Engagement Strategies For Stem, Aaron Rohde
Assessment And Engagement Strategies For Stem, Aaron Rohde
Department of Teaching, Learning, and Teacher Education: Dissertations, Theses, and Student Research
In this study, I looked at how does student engagement change when a certain assessment is announced prior to a unit. This study looks at what different assessment levels have been researched to accomplish and how to utilize that to our advantage. I researched how does student engagement change when STEM projects are introduced in a 5th grade classroom. It is the role as educators to work towards providing our students with the opportunities to express their levels of knowledge and to show students what they have achieved. This study looks at what I found to be important about STEM …
Course Portfolio For Math 872: Topology Ii, Alex Zupan
Course Portfolio For Math 872: Topology Ii, Alex Zupan
UNL Faculty Course Portfolios
In this course portfolio, I explore tactics for engaging a group of beginning mathematics graduate students taking the second semester of the first-year sequence in topology. Course objectives include computing algebraic invariants of topological spaces, understanding the Galois correspondence between covering spaces and fundamental groups, and using a range of invariants to distinguish spaces. My main instructional tools include a series of three "Activities" tailored to each student, a project involving computing invariants with the program SnapPy and using homology of covering spaces to distinguish 3-dimensional knots, and individual student board work during class periods. The activities served as benchmarks …
Laptops And Language Learning: A Mixed Methods Study Of Technology Integration And Student Engagement, Ginger R. Starks-Yoble Ph.D.
Laptops And Language Learning: A Mixed Methods Study Of Technology Integration And Student Engagement, Ginger R. Starks-Yoble Ph.D.
Department of Teaching, Learning, and Teacher Education: Dissertations, Theses, and Student Research
Student engagement and motivation have been a common focus among educational researchers over the last forty years. Self-determination theory and the inclusive definition of self-regulated learning have identified that both cognitive and motivational engagement are paramount for successful language learning. Within this canon of research, few have looked at student engagement as a result of effective technology integration during the language learning process. This mixed methods study explored students’ perceptions of engagement while learning with technology integration in a first-year language class. Qualitative data was collected from a sub-sample of ten students, in the form of semi-structured interviews, journal reflections, …