The need for more active involvement of mathematics students in the learning process is well documented. Involvement occurs through the use of inquiry-based learning. The curriculum materials that make up Discovering the Art of Mathematics (DAoM) reverse the typical lecture dynamic by being built on guided-discovery investigations.
DAoM materials focus on investigations, tasks, experiments, constructions, data collection and discussion prompts rather than transcribed lectures and worked-out sample problems followed by banks of routine exercises. The transformative impact this has on students in MLA classrooms can be seen clearly in the classroom vignette, student quotes, and videos shown below.
Perhaps the best way to understand the depth and powerful impact of our project is to read what the students have to say about their experiences. The following student quotes, collected during the project, are typical responses received as part of student journals, essays and reflections. Many more student quotes can be found in our quote library »
In my previous math classes, proofs were something I memorized and forgot because my teachers didn’t give me the chance to experience the fun in math. In my high school math classes, I felt dumb because I couldn’t memorize all the equations for the tedious amount of textbook problems we were assigned. When I came up with my own proofs to math problems in my math explorations class, it made me feel smart and important.
I've done more math in this class than all of high school.
I must say that this is quite a strange math class, but I like it.
This course is a breath of fresh air. It helps me understand why math professors enjoy math so much. I see the fun in math now and how beautiful it can be. I had a lot of fun with the projects we created. I also enjoyed the amount of help I received from working in small groups with my classmates. I would recommend this class to anyone who currently has a negative attitude towards mathematics. This class could change their opinion, just like it did for me.
One of my favorite projects in this course was the string art project. I believed this assignment to be very creative and quite contrary to any of my previous history in a math course.
I never would have discovered .999… and 1 are equal to one other, I would have never made such beautiful string art and learned the mathematical principles considered with it, I would have never been able to study a famous mathematician, and learned so many essential things about life in general, without this class. The ability to do conjectures and proofs, to discuss things in a more expanded light, to be able to write out how I got something and truly know why, are qualities I didn’t have before this class.
This course challenged me to think in ways that I don't usually think, and it helped open my eyes to the world of math. It actually seems interesting.
The focus on active student involvement, student responsibility for learning, and decentralized role of the teacher is fundamental to this project. Without models or experience, such fundamental restructuring of one's mathematics classrooms can feel uncomfortable, foreign and daunting. Video clips from DAoM classrooms provide access into this culture of student discovery and inquiry.
Caption: A small group interaction with their professor as part of investigations of the areas of polygons on a geoboard in relation to the number of pins contained within the polygon and those falling along the boundary. Mathematically, these are first steps towards the (re-)discovery and proof of Pick's Theorem. The students wondered which pegs actually lie on the boundary formed by the rubber band. Pedagogically, notice how the teacher works hard to support the students, drawing their attention to particular aspects of the geoboard. It seems he has a certain path in mind, given where the students are. Not all the hints are connecting with the students. In their attempts to describe the different patterns they see, the students realize that they can be grouped depending on the slope of the side of the triangle.
Powers of i
Caption: This video clip is from a section of Mathematical Explorations, our Mathematics for Liberal Arts course. In this clip the students are exploring the pattern formed by powers of i and one of them turns to Prof. Hotchkiss as the authority for correct answers. As you watch this clip, listen to her questions and how Prof. Hotchkiss responds to them using inquiry-based questioning techniques.