Purpose of Backward Mapping
Like engineers, architects, and artists, teachers are, first of all, designers. The textbook may or may not provide an adequate roadmap to meet increasingly significant national, state, and local standards. These standards set measurements for the end results or goals of learning.
Backward mapping can be a useful tool to accommodate outcome-based learning. Like the sculptor who chips away everything that is not the sculpture, the teacher using backward mapping has the end product in mind.
Steps to Backward Mapping
The planner (designer) starts with the goals and works toward assessing for understanding.
1. To identify the desired results, ask:
- What knowledge is most important?
- What understandings or skills will endure?
- What are the big ideas that have value beyond the classroom?
- Is what I am about to teach significant in the discipline?
2. To determine what students can and will learn, ask:
- To what extent does the idea or process require an explanation of the abstract?
- To what extent does the idea, topic, or process offer potential for engaging students?
- What suitable simulations, debates, inquiries, or other activities can I use?
- What materials and resources are best suited?
3. To think like an assessor; ask:
- What assessment tools will measure this learning effectively?
- What is the objective content that should be assessed?
- What skills or understandings should be measured? How?
4. To implement the design in a lesson, ask:
- What is the most important concept to be taught today?
- What is the most effective method for learning this concept?
- How is this concept connected to what was learned earlier?
- How can I connect this concept to the next (or future) lesson?
|
Step 1: Identify the desired results
|
|
Important knowledge
|
|
Step 2: What students can and will learn |
|
Abstract
How to engage students
|
|
Step 3: Think like an assessor
|
|
Assessment tools
Quiz content
Skills
|
|
Step 4: Implement the design
|
|
|
|
Step 1: Identify the desired results
|
|
Important knowledge
|
|
Step 2: What students can and will learn
|
|
Abstract ideas
How to engage students
|
|
Step 3: Think like an assessor
|
|
Assesment tools
Test
Quiz Content
|
|
Step 4: Implement the design
|
|
|
The Algebra and Geometry Professional Development Series includes five Algebra 1 units, three Geometry units, and two Algebra 2 units. Each unit provides an interactive experience in which program users watch and listen to video clips of a classroom lesson, interviews with a guest educator, and an interview with the teacher of the video lesson. These robust courses are approved for both college and CEU credits.
|
|
|