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The opinions expressed on this blog are the views of the writer(s) and do not necessarily reflect the views and opinions of the American Mathematical Society.
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Recent Posts
- A Tale of Two Hats (Terrance and Lamar): supporting students in authentic mathematical inquiry
- Building Relationships Before the Semester Begins
- Best-Laid Co-Plans for a Lesson on Creating a Mathematical Definition
- Interactive Teaching IS Possible with Virtual Learning Technologies
- Mastery Grading for Future Elementary School Teachers
Category Archives: Multidisciplinary Education
Interdisciplinary Collaboration, Teaching, and Purpose
By Victor Piercey, Ferris State University As a graduate student working in algebraic geometry, I was often star struck at the impressive speakers who attended the local seminars I frequented. While many of these memories are faded and vague, one … Continue reading
The Third Year of “On Teaching and Learning Mathematics”
By Benjamin Braun, Editor-in-Chief, University of Kentucky Summer 2017 brought the third anniversary of On Teaching and Learning Mathematics and with it our annual review of the articles we have published since our previous year in review article. Over the … Continue reading
Posted in Assessment Practices, Classroom Practices, Communication, Curriculum, Education Policy, Faculty Experiences, Graduate Education, K-12 Education, Mathematics Education Research, Multidisciplinary Education, Outreach, Research, Student Experiences, Summer Programs, Year in Review
Tagged year in review
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More Linear Algebra, Please
By Drew Armstrong, Associate Professor of Mathematics, University of Miami Anyone who teaches mathematics in the US knows that the quality of education could be better, but we also know that the problems are complicated and defy easy solutions. I … Continue reading
Learning Mathematics in Context with Modeling and Technology
Dr. Brian Winkel, Professor Emeritus, Mathematical Sciences, United States Military Academy, West Point NY USA and Director of SIMIODE. I cannot accept that mathematics be taught in a vacuum. Yes, mathematics is beautiful, be it pure or applied. However, in … Continue reading
Thick Derivatives
by Tevian Dray, Professor, Department of Mathematics, Oregon State University One of the iconic messages of the calculus reforms that took place in the 1990s is the “Rule of Four,” emphasizing the use of multiple representations: algebraic, geometric, numeric, and verbal. But … Continue reading
Start Small, Think Big: Making a Difference Through K-12 Mathematics Outreach
By Kathleen Fowler, Professor of Mathematics, Department of Mathematics and Computer Science, Clarkson University Since starting my career as a faculty member in 2003, I jumped right in to K-12 Outreach and have never looked back. I was motivated by … Continue reading
The First Year of “On Teaching and Learning Mathematics”
By Benjamin Braun, Editor-in-Chief, University of Kentucky It has been one year since On Teaching and Learning Mathematics launched, so it seems an appropriate time for reflection. As I re-read the 36 articles we have published over the past twelve … Continue reading
The Power of Undergraduate Researchers
By Audrey St. John, Associate Professor of Computer Science at Mount Holyoke College When I first started teaching, I was mystified (and, frankly, at times panicked) at the thought of having undergraduates work with me on research. I realized this … Continue reading
You Can Do Anything With a Math Degree
By Reinhard Laubenbacher, Center for Quantitative Medicine, University of Connecticut Health Center, and Jackson Laboratory for Genomic Medicine Job opportunities for graduates with degrees in the mathematical sciences have never been better, as the world is being viewed through increasingly … Continue reading
Posted in Multidisciplinary Education
Tagged biology, data analysis, graduate education, health care
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The Liberal Art of Mathematics
By Priscilla Bremser, Contributing Editor, Middlebury College Somehow, over the last 600 years or so, mathematics has moved from the core of the liberal arts disciplines to entirely outside. We’re all used to this; a “liberal arts math” course is … Continue reading
