Students perform poorly in our courses for a variety of reasons. Here are some students you’ve likely encountered over the years, as well as a few ideas on the type of feedback that best helps them turn things around.
The educational benefits of writing are undeniable. Challenging students to write about our disciplines for diverse purposes and audiences deepens learning and promotes critical thinking. And so we put a great deal of effort into creating writing assignments that do not merely ask students to report back to us the content we have “delivered,” but instead require them to explore course content and address a target audience that has specific needs.
How long is your students’ attention span? For that matter, how long is your own?
According to one estimate, the average attention span in the year 2000 was 12 seconds; by 2012, it had dropped to eight seconds. By comparison, a goldfish has an attention span of nine seconds. Wouldn’t it be wonderful if everyone in your class could manage to be mentally present for the entire class? What kinds of learning could take place if they were?
At its most basic level, the syllabus is used to communicate information about the course, the instructor, learning objectives, assignments, grading policies, due dates, the university’s academic integrity statement, and, in some cases, an increasingly long list of strongly worded admonitions on what is and isn’t acceptable behavior in the college classroom.
There’s a long-standing tradition of informal sharing of pedagogical innovation among K-12 teachers and a whole line of research on this phenomenon, which is known as teacher leadership. The same type of informal faculty leadership exists in higher education as well, but there is very little research on this topic, according to Pete Turner, education faculty member and director of the Teacher Education Institute at Estrella Mountain Community College.
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.
A colleague of mine recently engaged with a new technology tool that has changed her life. She purchased and became a vigilant user of the fitness band. This wristband tracks her movement and sleep. Although fitness bands are cool tech tools, their “magic” is rooted in the continuous feedback they provide on one’s progress toward fitness goals determined by age, height/weight, and activity level. This amazing device has helped my colleague lose 40 pounds and increase her activity level fourfold in the last seven months. Watching her response and seeing her success have caused me to revisit what we know about the power of formative assessment as a learning tool.
Cooperative learning structures such as jigsaw and think-pair-share are widely used in college classrooms. The two most basic tenets of cooperative learning involve positive interdependence and individual accountability. “Positive interdependence means that group members perceive that the collective effort of the group is essential in order for the individual learners to achieve their goals.” (p. 176) And individual accountability establishes that students are assessed individually on their achievement of the learning goals.
Jennifer Roberts first noticed the difference a few years ago in Geology 101.
The course regularly draws 300 or more students a semester, and Roberts, an associate professor of geology, was teaching in much the same way she had since she took over the course in 2002: lecture and exam.
Direct Instruction has a bad reputation. It is often associated in higher education with long lectures and passive learners. “Passivity isn’t wrong because it’s boring; it’s wrong because it doesn’t work” (Daniel and Bizer, 2005, p. 103). Direct Instruction is an instructional model that consists of three main components: modeling, guided practice with formative feedback, and independent practice. When utilized correctly, the Direct Instruction model is anything but boring, and students should never be passive recipients of learning. Beyond the scope of a traditional classroom, there are ways to incorporate Direct Instruction in an online format. The I Do, We Do, You Do structure of Direct Instruction can be utilized to present new material, guide students through the learning process using constructive feedback, and allow space for students to feel part of a larger community of learners as they work in collaboration with peers to demonstrate their understanding. This takes intentionality and effort on behalf of the professor, but this is a worthwhile endeavor as we strive to educate our online learners.
