Course Design Toolkit


Whether you're building a new course from scratch or refreshing an existing one, this toolkit is your go-to resource for designing intentional, learner-centered instruction. Grounded in the Backwards Design framework, it guides you step-by-step: from defining meaningful learning outcomes to crafting assessments and learning experiences that truly support student success.

Why Backwards Design?

This toolkit uses the Backwards Design framework as it’s guiding principle. Backwards Design allows instructors to prioritize essential learning outcomes, rather than getting caught in the minutiae of choosing content. It ensures that all of your course components align with each other: everything supports the goals you have for the course. And it improves the efficiency of your teaching: it helps create a tangible pathway for the course and ensures that all the activities support the goals and outcomes for the course. This toolkit walks you through three stages of backwards course design:

  1. Stage 1: Identifying Desired Results
  2. Stage 2: Determine Acceptable Evidence
  3. Stage 3: Plan Learning Experiences and Instruction
Stage 1: Identify Desired Results

Simply put: at the end of the course, what do you want students to be able to say they accomplished, are able to do, or have experience with through the course experience? Often these goals are intangible: they could be skill development, or experiencing types of tasks encountered in the workforce or the discipline. Or they can be aligned with your program outcomes, your institution, standards from an accrediting body, or the expectations or standards set forth by your particular discipline.

GoalGoal Text
Goal 1 
Goal 2 
Goal 3 

For example, a course in a science field may have a stated objective of “Students will develop foundational skills in scientific inquiry and data analysis.” This is a goal that can be taken from several of the sources mentioned above. However, goals like this are often amorphous and lack any real mechanism for verification or specificity: how does one measure development of foundational skills? How many foundational skills are we discussing? From these goals we can craft tangible outcomes that we can use to determine how much students are learning. Outcomes, when crafted with care, should be the following:

  1. Student-centered: Focus on what students will be able to do at the end of a part of the course, or the end of the course.
  2. Specific and Measurable: Using active verbs (e.g. Classify, Compare, Evaluate) help outcomes provide the opportunity for instructors to observe student achievement and ability on concrete skill and knowledge development.
  3. Aligned: An outcome should be tied back to course, programmatic, or institutional goals. Outcomes that are not tied back to larger goals can lead to confusion on the part of students.

Let’s write some outcomes. Using Bloom’s Taxonomy, we can write outcomes that meet all three of the criteria listed above. Depending on the level of your course and where your learners are, you will be looking at different levels of learning your students should be engaging in throughout your course.

OutcomeOutcome Text
Outcome 1 
Outcome 2 
Outcome 3 
Outcome 4 
Outcome 5 
Outcome 6 
Outcome 7 

Congratulations, you have goals and objectives! Expanding on this, you can break down your course by week/module/section to think through different topics and the outcomes students should meet. To do this, a good exercise to go through is creating a course map. What this can do is ensure that your course and modular outcomes all align with each other and contribute to the overall course goals. Remember: everything should contribute to the student being able to achieve the overall course outcomes.

Let’s think about evaluating those outcomes now.

Stage 2: Determine Acceptable Evidence

You have outcomes. Now what? We need to think about evaluating student performance on those outcomes. Are they meeting the benchmarks? We need to have students provide evidence that appropriately shows they achieved the course’s learning outcomes. This leads to creating an assessment strategy.

Any assessment strategy rests on three types of assessment:

  1. Diagnostic Assessment: These can happen before the course or before a unit to check students’ prior knowledge and inform an instructor’s strategy for teaching.
  2. Formative Assessment: These are low-stakes and ongoing checks to ensure that students are learning, and we can either provide feedback or tweak our instruction.
  3. Summative Assessment: These are more high-stakes to test mastery of material and evaluate achievement of outcomes.

Examples of these are:

Type of AssessmentExamples
Diagnostic Assessment
  • Prior Knowledge Surveys
  • Self-Assessment
Formative Assessment
  • Quizzes
  • Reflections
  • Polls
  • Drafts
  • Peer Review
Summative Assessment
  • Exams
  • Final Projects
  • Portfolios
  • Presentations

Another thing to consider: how often are your students going to be asked to take a multiple-choice exam or write a research paper? Consider more authentic forms of assessment: authentic assessment encourages students to engage in real world application of course content. To get ideas for that, here is a version of Bloom’s Taxonomy that includes a series of assessments that fit with the level of learning related toa particular outcome.

Something important to remember: assessments need to align with your course outcomes. An assessment not aligned directly to an assessment amount to busy work. Below, use the matrix in an alignment exercise: Write your outcomes to the left, and then create an assessment strategy for each of your outcomes.

OutcomeDiagnostic AssessmentsFormative AssessmentSummative Assessment
    
    
    
    
    
    
    
Stage 3: Plan Learning Experiences and Instruction

We have the end in mind with the course learning outcomes. We have the benchmarks we will use to ensure students are achieving them through our assessment strategy. How do we ensure they can meet those outcomes through the assessments? We need to plan out how we teach.

The first thing we need to think about is scaffolding. If we think about learning like a staircase, we have the start at the bottom in order to climb. Scaffolding the learning by beginning with the core or foundational concepts that work upwards into more complex knowledge and skills allow students to be sure of how the complex fits in and derives from the foundational.

Next, match the activity to the learning outcome and the assessment strategy you have. Some examples:

  • Lecture + discussion for conceptual understanding
  • Problem-based learning for application and analysis
  • Collaborative projects for synthesis and evaluation
  • Flipped classroom for active engagement

Active Learning Resource 

Let’s plan out a week of instruction, with outcomes, assessments, and learning activities.

Weekly Outcomes

List the outcomes for the week (these should be tied back to the course outcomes):

Weekly Outcome IDDescription
WO1 
WO2 
WO3 

Assessment Strategy

How will students be assessed on their learning?

AssessmentDescriptionDue DatePoints?
    
    
    

Learning Activities

What are the activities students will be engaging in and you use to teach?

Instructional ActivityMaterials or Tech Needed
  
  
  

Materials and Resources:

What will students need for the week or be useful?

Required Videos

Resource TypeDetails
Required Readings 
Optional Readings 
Required Videos 
External Links 
Other Materials and Resources 

Reflection: Always Keep Track of How Things Go!

When you are teaching a course (either for the first time or the seventh time) keep a list of what went well, what could have gone better, and what you need to change the next time you teach it. Some things to use to reflect on what changes to make for next time:

  1. Where were there large discrepancies or gaps in performance by students on the assessments?
  2. Were there major clarifying questions asked about parts of the course (e.g. concepts, assessments)? How can we add to the course to answer those questions before they get asked?
  3. Where did students find the course confusing? What can we change to aid that confusion?