So, the most effective and toughest class I took as an undergrad was Japanese. It beats out Advanced Calculus (you know, that class with Multi-V as a pre-req where you study different sizes of infinity) by a long shot for this honor. It was challenging and effective not because I’m bad at picking up languages, but because it met daily and I could never slack. The class only had 11-12 people in it, and we had to prepare daily conversations. I remember keenly how painful it was to stay caught up when the semester got tough. Continue reading
My friend Sarah recommended The Journal of Engineering Education to me as a really solid and totally awesome source of pedagogy research. So, I went and looked at the most recent issue (October 2012) and picked the article that called to me the strongest: “The Informed Design Teaching and Learning Matrix.” Authored by David P. Crismond (CUNY, City College) and Robin S. Adams (Purdue University), it is a huge article (40 large pages of single-spaced prose before the 20 pages of citations), incredibly well-grounded in previous research, and meticulously written/organized. It inspired many ideas for my classrooms and I was regularly amazed by the universality a lot of what they recommend: it applies to my own learning, parenting, classroom teaching, one-on-one teaching, mentoring, and probably a number of other things I’m forgetting at the moment.
These authors are focused on how engineering design is taught and learned. By design, they refer to the process of creating an object/solution (such as a parachute) according to given parameters. They present their findings as a matrix (table) that “contains nine engineering design strategies and associated patterns that contrast beginning versus informed design behaviors, with links to learning goals and instructional approaches that aim to support students in developing their engineering design abilities.” (p. 738) This sounds intimidating, but it is very cool. The bulk of the article and –for me– the most thought-provoking is the section “Unpacking the Matrix.” Each of the nine patterns is discussed in two sub-sections: a summary/description and teaching strategies. What a goldmine! Here are three of my three favorite “ah ha!” moments. I have organized them from the most general to the most specific, in terms of “field of study.” Continue reading