The great thing about active blended learning is that you, as a teacher, can provide a wide variety of teaching methods. For example, you can alternate between challenging online preparatory assignments, discussion forms, and physical labs. After on-campus meetings, students can continue to process the subject matter online and in their own time by completing a writing assignment and concluding with an online quiz.
For students, however, it is sometimes difficult to get an overview of all these activities and how they are interconnected. They may lose sight of the bigger picture.
If students are offered a visually attractive representation of the structure and composition of the course, it is easier for them to plan their learning activities. In this teaching tip, you'll read how to design a comprehensible visualisation of your course structure.
Tip 1: Put the course structure in a comprehensive timetable
Most teachers choose to include a simple table in the course manual, listing the various assignments, meetings, and turn-ins of the course. A table can be effective, but is likely not the most attractive.
View an example of a comprehensive time table (pdf).
Tip 2: Make sure the course structure is properly visible in Canvas
It is important that the course structure in Canvas properly reflects the different steps and time paths of your course. This must be in line with the table of the course and can be created as a so-called castle top or battlement plan (Dee Fink). In the plan example below, you can provide an overview of the contact hours on the left side and, on the right side, an overview of what you expect from the student in terms of preparing and processing assignments.
View an example of a castle top plan (pdf).
Get more tips on designing student friendly Canvas courses.
Tip 3: Ultimate - create a storyboard that depicts the student's learning journey
A storyboard can attractively visualise a student's learning journey. With this, students can see at a glance what is expected of them before, during, and after the lecture or work group meeting. In addition, students can see what can be done online and what they could physically visit the campus for. The chronological order is also clearly displayed in this storyboard. Step by step, the preparation, teaching forms, and processing of the learning material are shown over time. The example below includes learning activities focused on a campus visit. But you can also set this up for a study week or even the entire course period.
View an example of a storyboard of a student-centered learning journey focused on a campus visit (pdf).
Tip 4: Use colours!
In the example figure we shared in Tip 3, you can see how colours can be used to visualise the interaction. Teaching methods where interaction with the teacher occurs are yellow. The orange-coloured teaching methods are designed so that students learn with and from each other. The teaching methods in which students work independently with the learning content are shown in green.
Tip 5: Flipped Classroom
If you want to spend the time in the classroom on campus efficiently, the Flipping the Classroom principle works best. By completing an online tutorial before the physical meeting, well-prepared students get more out of a class than unprepared students, because they will have obtained a knowledge base to build on.
You can encourage students to prepare well by visually emphasising importance within a learning journey. This learning journey visualises how, before entering a class with physical learning materials and intensive guidance from junior lecturers, students have already gone through an entire preparation process with tutorials, response lectures, study assignments, and Canvas quizzes. As a result, the students have a solid knowledge base, making the class and the challenging assignments in this meeting even more valuable and insightful.
View an example of a storyboard according to the Flipping the Classroom-principle (pdf).
Would you like to create a storyboard like this as well? Feel free to use this PowerPoint template.