Active learning increases student performance in science, engineering, and mathematics
Active learning increases student performance in science, engineering, and mathematics Scott Freeman, Sarah L. Eddy, Miles McDonough, Michelle K. Smith, Nnadozie Okoroafor, Hannah Jordt, and Mary Pat Wenderoth ...

COVID-19 Recommended Resources from ASCN
Kate White Temple University Kate White (Western Michigan University), ASCN Research Director
Updated: 6/4/20 We know that many of you are dealing with changes at your institutions as we all come together to flatten the curve. Many organizations have been sharing resources and guidance for remote work, online teaching, and more. In this post you'll find links to some recommended resources that we have collected. Our regular events (webinars, working group meetings, etc.) are continuing -- please contact us if you would like to get involved! We will continue to update this post as needed.

'Eat Your Veggies' Research: Why I pursue qualitative research for an audience of quantitative-minded engineering educators
Stephen Secules, Florida International University
In conversations on equity and education, I often hear people claim a certain relationship between qualitative and quantitative research— qualitative research can explore new complex topics in depth, so that subsequent quantitative research can demonstrate the trend. Further, if you want to convince an engineering or STEM educator of something, that quantitative trend will be crucial. Since the educator audience values numbers, the qualitative descriptions or arguments will be perceived as anecdotal.

Promoting Evidence-based Change in Undergraduate Science Education
Promoting Evidence-based Change in Undergraduate Science Education Drawing on the literature on organizational change, the paper uses a systems approach to identify and understand barriers to change in STEM ...

When it comes to teaching, is there a universal law that you cannot save time or use it differently?
Judith Ramaley Portland State University Lorne Whitehead University of British Columbia Judith Ramaley and Lorne Whitehead
This blog post is about teaching, and time, a topic that we briefly discussed during one of our ASCN Working Group 2 meetings. We begin with time. Throughout history, people have pondered it in many ways. One way is to study the quantities of time required for specific tasks in order to find ways to improve overall results. This can be helpful because time is a limited resource that is best spent wisely. For example, when this approach is applied to manufacturing, it can yield significant benefits for companies and their customers. In situations like this, efforts to save time and improve efficiency make sense. Not all situations have that character. In a second category of situations, most people don't find it appropriate to quantify and optimize time and results. Consider, for example, social interactions. We can't really measure them, and even if we could, who would want to? Many seek social interactions but very few wish to measure them or be so measured.

Understanding how instructional change works
Stephanie Chasteen, University of Colorado at Boulder
Recommended article: "It's Personal: Biology Instructors Prioritize Personal Evidence over Empirical Evidence in Teaching Decisions," by Tessa Andrews and Paula Lemons, CBE-Life Sciences Education, 14 (2015). I am involved in several projects which aim to help faculty learn about and implement effective teaching practices. To design or evaluate such programs, it's useful to have a model of how faculty take up new teaching practices. I want to highlight an article by Andrews and Lemons which recently influenced my thinking. (Note that Tessa Andrews co-leads ASCN Change Theories working group). One model that is often used in faculty change projects is the Rogers' Diffusion of Innovations model, which suggests that in order to adopt a new idea a person must become aware of it, be persuaded that it is useful, decide to use it, implement it, and then decide to continue to use it

The Science Education Initiative Handbook
Stephanie Chasteen and Warren Code
× The Science Education Initiative Handbook This book offers advice on implementing a department-level changes to curricula and instructional practices facilitated by Discipline-Based Educational Specialists ...

Fostering Change from Within: Influencing Teaching Practices of Departmental Colleagues by Science Faculty with Education Specialties
× Fostering Change from Within: Influencing Teaching Practices of Departmental Colleagues by Science Faculty with Education Specialties Science faculty with education specialties often have a role in ...

SEI Course Transformation guidance
SEI Course Transformation guidance Short two-pagers and videos, including a downloadable Course Transformation Guide, summarizing educational research and practice for instructors. From Science Education ...

Faculty Development and Student Learning
Faculty Development and Student Learning Condon, Iverson, Manduca et al. reports the results of a multi-year study undertaken by faculty at Carleton College and Washington State University to assess how ...