Building content dexterity into your textbook

Recently my mentor, Paul Martinelli, was talking about creating and delivering content for various audiences and in a variety of ways. As part of his lesson, he said, “Content dexterity is key. You need to be able to speak on your subject for 3 seconds, 3 minutes, 3 hours, or 3 days”. Having taught many 3-hour class sessions in more than 20 years of teaching experience, that time period certainly is comfortable for me, but what about the others?

As textbook authors, we often write the book around the expectation of class sessions. We envision the classroom audience, the common structure of classroom time where our book will be used, and the depth and breadth of coverage of concepts necessary to meet the curriculum standards of the course. We then have a tendency to structure chapters and units around those constraints.

But I question whether that approach is effective in our current educational environment. Below I offer some ways that you might want to consider building content dexterity into your next textbook.

Reflecting diversity, equity, and inclusion in our publications

I’ll never forget that encounter I had with Kathy a number of years ago. Kathy and I are friends now, but I’d never met her before that moment when she introduced herself at our annual anatomy and physiology (A&P) teaching conference. She asked if I had a moment to chat about how illustrations are chosen for textbooks. As you can imagine, I love talking about the process of creating textbooks, so we stepped aside for a quick chat.

It turns out that she was chatting up as many A&P textbook authors as she could, including a few other TAA members, with a question that stemmed from her interest in diversity issues. Kathy wanted to know about the illustration process because she wanted to know why women and other groups were underrepresented.

The power of systematic checklists: Saving time, uncovering Easter eggs, and preventing overload

It’s 8:30 a.m.

Time to refill my mug of tea, revive my computer, and work on the ol’ textbook. I know I have a lot to do, but I feel good … at first. Then I catch a glimpse of my bloated task list and I’m immediately discouraged.

Let’s see. I still haven’t finished the manuscript for the sixth and final unit. The copyeditor is already sending batches of early chapters for my approval, the artists need corrections on drafts of new figures, the designer wants a decision on the cover photo, and a professor who uses my current edition wants more coverage of tardigrades. Oh, I almost forgot to mention that I also have classes to teach, meetings to attend, and personal responsibilities that I can’t abandon. Suddenly, I’m in a tizzy.

What can Learning Science teach textbook authors?

At a 2019 national sales meeting, my publisher Macmillan Learning, hosted a luncheon for textbook authors with our Learning Science team. This was my first opportunity to learn about what learning science does – their research and how findings might guide textbook organization, content and revisions as well as pedagogical approaches and application. For example, through analytics the learning science team can track where students spend their time in digital formats reflecting potential confusion, but also interest.  Their research can help determine what might be most effective for student engagement and assessment.

Here I am pleased to ask a few questions of Erin Scully, Senior Director, Learning Design & Ed Research with Macmillan Learning, to provide insights into ways learning science can augment textbook quality and influence our pedagogical approach.

Pedagogy Corner: How speedbumps can accelerate student learning

As a textbook author, have you ever asked your students how they read your book? An inquiry into how your students read their textbooks may reveal much information that can help authors design textbooks with students in mind.

I recall when I was a college student―yes, a very long time ago―how I read a textbook chapter for a college course: I set aside at least 3 hours of undistracted time, read the entire chapter word-for-word, took copious notes, spent time examining and understanding all of the figures, and then systematically answered every single end-of-chapter question. Only after this procedure did I feel like I had a good understanding of the material.