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Design

Create your courses

Background

When you are designing the assessments for your course, you’ll need to decide what kind of assignments students will complete and ensure that these assignments align with the GLOs and SLOs in your course. You’ll also need to write the assignment instructions and then write sample answers or provide answer keys for these assignments (to the extent it’s possible).

While there are some similarities between assignments and learning activities, there is a key difference in terms of design: assignments/assessments measure the extent to which students have achieved satisfactory mastery of the course’s learning outcomes and form part of the student’s overall grade in the course; learning activities should be designed to engage with the course’s learning outcomes but are ungraded activities.

For example, you might hold an in-class discussion on a topic, or ask students to watch a video in class, or put students in small groups to discuss a current issue, but whether or not a student participates has no impact on their grade because they don’t submit any work based on these activities. This is a learning activity.

By contrast, you might design an online discussion forum in Moodle with questions that students are expected to answer. If a student doesn’t participate to a satisfactory level, they lose 5% of their grade. This activity is an assignment/assessment and requires the developer to provide written instructions and a rubric. We might also consider it a low-stakes assignment because it’s only worth 5%.

What follows are some tips and suggestions on designing the assessment component of your course(s).

Low- and High-Stakes Assignments

Assignments test or assess lower-order skills or they test higher-order skills. Assignments are, therefore, either low-stakes or high-stakes.

Usually, low-stakes assignments test lower-order skills. We call these “low stakes” assignments because they are worth less in terms of the student’s overall grade. They provide a kind of “in the moment” feedback on learning and test a student’s mastery of simpler, more straight-forward skills or concepts.

By contrast, higher-stakes assignments include opportunities for students to construct or create responses, apply their learning in new ways, and extend their learning in meaningful and creative ways. In these summative assignments, there is often more than one correct or right answer. Higher-stakes assessments are worth a greater percentage of the student’s overall grade.

Note that many of the lower-stakes assignment suggestions below could also appear as ungraded learning activities in the course. However, you wouldn’t likely assign higher-stakes assignments as learning activities, given the level of engagement that higher-stakes assessments require (ex: you would never assign a research paper that was ungraded and “just for practice”).

Some examples of lower-stakes assignments include:

  • Multiple-choice quizzes (could be completed in Moodle)
  • Short-answer questions (could be completed in Moodle)
  • Other questions with “black and white” answers (could be completed in Moodle)
  • Concept map or brainstorming activities (Moodle)
  • Article summaries
  • Watching a video and answering short questions (Moodle)
  • Annotated bibliographies
  • Paper Proposals
  • Low-stakes peer reviews
  • Participation grades
  • Other activities that ask learners to memorize or remember details, facts, etc.
  • Online discussions about simple or introductory questions
  • THERE ARE MANY OTHERS!

Some example of higher-stakes assignments include:

  • Projects or work that asks students to:
    • evaluate perspectives or opinions
    • apply knowledge in complex or novel ways
    • identify errors or problems with a system, rectify these errors, and/or suggest strategies for re-envisioning a system
    • create new, novel, or “out of the box” projects, strategies or approaches
  • Written reports, research essays, analyses of other types etc.
  • Long-answer questions/papers/responses
  • Online discussions about complex questions that require multiple responses/entries
  • Student-led presentations or oral reporting
  • Scenario enactment/role-playing
  • Self-assessments or peer assessments with a heavy or complex written component
  • Those that require research skills
  • Midterms
  • Final exams
  • THERE ARE MANY OTHERS!

Checklist for Developing Assessments

Once you’ve decided on the kind of assessment activity you’d like to assign, you need to design the components. The following checklist outlines the kinds of considerations you’ll need to undertake as you design your assessments:

  • Assignment instruction pages must contain a:
    • Value heading (how much the assignment is worth/percentage of the final grade)
    • Background heading (the rationale for the assignment), and
    • Instructions heading (the information about what students are supposed to do to complete the assignment)
  • Assessments must align with the course’s learning outcomes (in the case of lower-stakes assignments, it might be the SLOs and in the case of higher-stakes assessments, it’s probably the GLOs )
  • Assessment instructions must include how learners will receive feedback
  • Assessment instructions must include templates or model answers (where appropriate)
  • Assessment instructions must include a detailed grading rubric or marking guide
  • Consider if learners could be asked to complete similar tasks in the workplace

You will be required to develop rubrics for your assignments, but we will discuss guidelines for doing so in a different document.

Encouraging higher-order thinking

Many of your assignments will ask students to consider complex or multi-faceted issues, ideas, and discussion points. Especially when testing higher-order skills, you’ll want to avoid questions that have “black and white” answers. Whether you are setting a research paper question or setting up a discussion forum in Moodle, consider how you can support students to engage with higher-order thinking.

Higher-order thinking is supported by questions, tasks, and problem-solving:

  • that encourage students to share their own experiences
  • with multiple perspectives
  • with many possible answers
  • with many layers for discussion
  • that are controversial in nature
  • with two sides to argue (great for panel discussions and debates)
  • that address realistic situations and problems
  • that address ethical issues
  • that encourage reflection and critical thinking
  • that challenge existing ideas, thoughts, or norms
  • that allow students to defend and justify their opinions about course concepts
  • in which students explore multiple strategies to solve the same problem (appropriate for math and sciences)