How much do you know about how your students study? I’ve been asking the question a lot lately and I’d have to say most of the answers I’ve heard aren’t all that impressive. They’re more about how the faculty member thinks students study, how they should study, or how they aren’t studying.
This post shares a couple of items that pertain to student note-taking.
I’m always on the lookout for strategies that develop students’ note-taking skills, and economics professor Mark Maier shares a good one in the recent issue of College Teaching. He assigns a “rotating note taker” in his courses. This student serves as the class note-taker, posting his or her notes on the course management system before the next class session. The notes are graded pass/fail and count for 1 percent of the final course grade. If it’s a fail, the student learns why and is assigned another day to take and post class notes.
An Iraqi student, a Kuwaiti student, a student who is an American veteran who served in Desert Storm, and a Chinese student all walk into
To: My Students
From: Your Teacher
Re: College and the Real World
I just read about a senior engineering student who was presenting a design project in an upper-division business communications course. In the presentation, he talked about what he would do if he were a “real” engineer. His teacher asked him what it was about what he was doing that wasn’t “real” engineering. He’d designed the project. He was presenting it to a group of his peers. He answered, “It’s school—not real engineering.”
Editor’s Note: One of the themes that emerged from our recent Teach Strats reader survey was a request for more articles specifically related to teaching in the STEM disciplines. In response, we are pleased to present an article written by true leaders in STEM education and the authors of Teaching and Learning STEM: A Practical Guide (Jossey-Bass, 2016). As its name suggests, the book focuses on the practical application of research-based strategies for designing and teaching STEM courses. It has been called “hands-down the best instruction manual for professors in science, technology, engineering, and mathematics that you can find.” [Barbara Oakley, PhD]
So, the fall semester is about to begin and you’ve decided to try something new in one or more of your courses. Maybe it’s a
Classroom spaces (virtual or physical) are special. We tend to take them for granted, partly because spaces in general have become less differentiated. We don’t do certain things in specified places like we used to. We work at home, on planes, and in various public spaces. We eat in our cars and in front of the TV. We use our devices everywhere—bathrooms, bedrooms, churches, cars, elevators, street corners, and, yes, classrooms.
During semester breaks, I prepare my courses for the upcoming semester, a regular ritual for most academics. My process begins with reflecting on my formal and informal teaching evaluations and considering ways to improve the course. I add new topics and delete others. I review assignments and change them as needed. And I spend a lot of my preparation time choosing timely, thought-provoking articles to assist students in learning the course content.
Much has been written about creating natural critical learning environments in our classrooms, places where students feel free to pose stimulating questions and pursue interesting answers. But how much do we put students’ questions at the heart of our everyday teaching? The answer might be “not as much as we think.” A number of years ago I was frustrated by how seldom my students asked questions in class, even after I encouraged them to do so.
College teachers love techniques. If you’re invited to lead a teaching workshop, you can expect to be asked, “Will you share some good techniques?” Suggest them in the workshop and watch lots of smiling participants write them down with great enthusiasm. Why do we love teaching techniques so much? Because many of us come to teaching not having many? Because they work? Because they keep our teaching feeling fresh?
