If there ever was a time to create a flexible structure for student learning and success, the time is now. One of the most empowering
HIGHER ED TEACHING STRATEGIES FROM MAGNA PUBLICATIONS
Over the previous decade, researchers have made the case that engaging students in metacognition improves learning outcomes for students across fields (Zhao et al, 2014;
Faculty dread the grade appeal; anxiety prevails until the whole process is complete. Much has been written about how to avoid such instances, but the potentially subjective assessments of written essays or clinical skills can be especially troublesome. One common cause of grade appeals is grading ambiguity in which the student and faculty member disagree on the interpretation of required content. Another cause is inequity, whereby the student feels others may have gotten more credit for very similar work or content (Hummel 2010). In the health-care field especially, these disagreements over clinical-skills assessments can actually result in student dismissal from the program and may lead to lawsuits.
There is growing interest in the pedagogical literature in something called feedforward. It is, as the name implies, the opposite of feedback, which provides input after the fact. Feedforward offers input focused on the future. It lets students know what they should be doing or could be doing differently next time. If it’s a similar assignment, the “do differently” is specific advice on changes that will improve the next assignment. If it’s a different assignment, the “do differently” identifies what’s not the same about the next assignment and what needs to be done in a different way.
One of the three key tenets of metacognitive engagement in the classroom is teaching students heuristic strategies specific to the subject matter (Pintrich, 2002; Bembenutty, 2009). The other two are teaching students when to use the strategies and how to self-assess the successful use of those strategies. When considering critical thinking classes, this might involve teaching specific problem solving strategies, like the difference between permutations and combinations, as well as when each should be applied. However, other types of strategies could be beneficial, such as templates for assignments, video instructions, and detailed rubrics for self-assessment.
The liberal arts college where I teach recently underwent review for accreditation. Like many other colleges and universities, we were criticized for our lack of assessment. Faculty resistance, it seems, may be the biggest barrier to implementing institutional assessment measures (Katz, 2010; Weimer, 2013). Both Weimer and Katz accredited faculty resistance to fears that assessment data could be used for “comparison shopping” and “educational consumerism.” While these fears are justified, at my college another fear prevails; the fear that assessment will lead to hand-holding strategies that will discourage independent thought in our students and result in failure to adequately prepare them for professional life.
The problem is my age. It relentlessly advances while the faces staring back at me in the classroom remain the same, fixed between late adolescence and early adulthood. In short, I grow old while my students do not. And the increasing gap between our ages causes me some concern, pedagogically speaking.
Use of rubrics in higher education is comparatively recent. These grading aids that communicate “expectations for an assignment by listing the criteria or what counts, and describing levels of quality from excellent to poor” (p. 435) are being used to assess a variety of assignments such as literature reviews, reflective writings, bibliographies, oral presentations, critical thinking, portfolios, and projects. They are also being used across a range of disciplines, but so far the number of faculty using them remains small.