What is DBER?
The primary goal of the Discipline-Based Education Research (DBER) group is to study college-level STEM education through learning sciences and education research that is grounded within the cognate expertise of STEM disciplines. DBER research and change efforts work to inform college-level STEM education, drawing on multi-faceted inputs and support. Thus, the DBER Group is composed of faculty, staff and students from STEM, education and other fields who share a common interest in studying and transforming STEM education (formal and informal, PK-16+) through both basic and applied research. The group meets on a weekly basis via an informal STEM Education Seminar and Journal Club where we learn more about current STEM education research and activities in formal (grades PK-16+) and informal (outreach activities and museums) educational settings. Together we explore questions and ideas of mutual interest that deal with STEM education and STEM education research. All are welcome to attend. In addition to our seminar, we also host other types of activities such as workshops and socials.
Couch featured in Neuronline's Methods to Improve Student Learning
“Thinking about the evidence behind how we teach and what we teach is important,” reflects Brian Couch, assistant professor at Nebraska. Couch, featured by Neuronline by the Society for Neuroscience, and his research group seek to understand the undergraduate science education system and identify methods to improve student learning. Undergraduate neuroscience is a broad field with diverse students. Identifying and using tested teaching practices with demonstrated efficacy in the classroom can help educators assess their students’ success and adequately prepare them for future careers. Watch this video to learn how to start small and incorporate specific evidence-based activities into your classroom to improve student learning.
Lesson learned? Massive study finds lectures still dominate STEM ed
An analysis of more than 2,000 college classes in science, technology, engineering and math has imparted a lesson that might resonate with many students who sat through them: Enough with the lectures, already. Published March 29 in the journal Science, the largest-ever observational study of undergraduate STEM education monitored nearly 550 faculty as they taught more than 700 courses at 25 institutions across the United States and Canada. The University of Nebraska-Lincoln’s Marilyne Stains and her colleagues found that 55 percent of STEM classroom interactions consisted mostly of conventional lecturing, a style that prior research has identified as among the least effective at teaching and engaging students.
Science Education Summit delves into three dimensions of learning
Nearly 250 people attended the 2nd annual statewide Nebraska K-12 Science Education Summit on Dec. 11, 2017, at Nebraska Innovation Campus in Lincoln. The summit gave participants the opportunity to get an update on Nebraska’s new College- and Career-Ready Standards; explore 3-dimensional learning, phenomena, and integrated science; learn about innovative K-12 science curriculum, resources, and programs developed by university faculty; and engage with science education stakeholders from across Nebraska. More than 150 K-12 teachers attended and were joined by Nebraska Department of Education officials; school district science directors; ESU science staff developers; and Nebraska faculty, staff, and graduate students.
Lee's interactive teaching tool for astronomy featured in Washington Post
An article on the fall equinox in the Washington Post features graphics that were adapted from Kevin Lee's interactive teaching tools on the Nebraska astronomy site, the Daylight Hours Explorer. Lee also has seen through Google Analytics that more than 160 major universities have used the tools at astro.unl.edu and the site had more than 1.6 million sessions in 2016, with nearly 2 million hits expected by the end of 2017. Read more
Dauer earns NSF grant to assess science, decision-making course
A nearly $300,000 National Science Foundation grant will help a University of Nebraska-Lincoln researcher develop assessments and hone a foundational science course that focuses on teaching students science and decision-making skills.
Arthurs, Searls introduce an innovative technology to help EAS students
Augmented-reality technology is helping Earth and Atmospheric Sciences students visualize geologic features and explore landscape dynamics. EAS has built a sandbox with a computer with a stellar video card, a projector, a Microsoft Kinect gaming sensor and, of course, 200 pounds of sand, to help students better understand geologic formations and mentally translate the landscapes normally depicted on 2-D topographic maps. Check out this video with DBER faculty Mindi Searls and Leilani Arthurs.
Events and Announcements
- Lesson learned? Massive study finds lectures still dominate STEM ed
- Save the Date: Astronomy Education Workshop 2018
- Golick wins APLU innovative teaching award
- Improving STEM education by studying how faculty teach and network
- Study examines how, why adolescence halts girls' interest in science
- Norton describes Fulbright journey at Women in Science
- $1M grant to benefit K-12 teaching of math, science
Email events to email@example.com.