Western Governors University

D906: Methods of Teaching Secondary Mathematics

A study guide to the graduate Methods of Teaching Secondary Mathematics course at WGU, on analyzing curriculum resources, planning instruction and reflecting.

Updated October 2026 · 5 min read

Methods of Teaching Secondary Mathematics at Western Governors University (WGU) is the graduate version in the Master of Arts in Teaching program. WGU says it has no required prerequisites.

The four competencies center on analyzing a recommended curriculum resource, applying teaching methods, planning with resources or technology and reflecting on lessons. Compared with the undergraduate course, the emphasis falls on evidence-based analysis and reflection.

Course at a Glance

ItemDetails
UniversityWestern Governors University (WGU)
Course codeD906
LevelGraduate (MAT Mathematics Education, Secondary)
Size2 competency units in the MAT guide (catalog version 202504)
PrerequisitesNone, per WGU's description
Typical workResource analysis, instructional plans, lesson reflection

What D906 Covers

Competency (WGU wording, summarized)What it means in practice
Analyze a recommended curriculum resource and its implementation in a secondary maths settingJudging a resource in a specific context
Apply methods: develop curriculum, use effective questioning, differentiate for diverse needsPlanning and adapting instruction
Create an instructional plan for implementing relevant resources or technologyA clear plan with a purpose for each tool
Reflect on lessons and on the specialized knowledge needed to teach mathsLearning from practice with evidence

Key Concepts Explained

Analyzing a Resource in Context

The same resource can work in one classroom and fail in another. Analysis considers the students, time, prior knowledge and teacher support, as well as the resource itself.

Example: A published unit on linear functions uses long word problems. In a class with many English learners, the language load may hide the maths. Your analysis could recommend keeping the contexts but adding pictures, a glossary and paired discussion, while noting that the sequence of tasks is strong.

Specialized Knowledge for Teaching

Teachers need to know maths and also to anticipate student ideas, choose representations and explain clearly. Reflection should show that knowledge at work, for example how you chose a model to resolve a misunderstanding.

Reflection with Evidence

Use specific moments: what a student said, what you did, what happened next and what you would change.

Typical Assignments and How to Approach Them

Task typeWhat it testsHow to approach it
Curriculum resource analysisContextual judgmentDescribe the setting, evaluate fit and recommend changes
Curriculum and questioning planApplying methodsInclude key questions, differentiation and checks
Technology or resource implementation planPurposeful useSay what students do with the tool and why
ReflectionProfessional growthCite evidence, interpret it and propose next steps

Reflection Frame

Use this four-part frame for reflections so each paragraph has a job.

PartContentExample starter
What happenedA specific eventDuring the launch, a student said...
Why it matteredLink to student thinkingThis showed the student saw the equals sign as...
What I didYour responseI asked the class to compare...
What I would changeNext step with reasonNext time I would add a model because...

Questioning Sequences That Work

Planned questions move students from answers to reasoning. Draft a short sequence for your lesson and note what you expect to hear.

Example: In a lesson on slope: What do you notice about these two lines? Which is steeper and how do you know? How could you describe that using numbers? What would happen to the slope if we flipped the axes? Each question builds on the answer before it and gives a place to listen for misconceptions.

Describing the Classroom Context

Resource analysis depends on context, so describe it carefully without inventing details. Use the information given in the task, and state clearly any assumptions you make.

Then evaluate fit against that description and recommend changes tied to it.

Linking Resource, Plan and Reflection

The four competencies fit together as one cycle: analyze a resource, plan how to use it, teach or simulate the lesson, and reflect. Refer back to your earlier analysis when you reflect, and name which of your planned supports worked and which did not. This coherence is easy to see and often rewarded.

Where Students Get Stuck

Study Tips for D906

How We Help with D906

Send the prompt, rubric and context details. A mathematics education writer prepares a custom analysis, reviews your draft or helps you structure your reflection.

GradeEssays is independent of WGU. Our work is a study and reference aid. Use it to learn the approach, then write and submit your own work under WGU's academic integrity policy. We do not complete teaching placements for you. Orders are written from scratch, with free revisions within the scope of your original request and a full refund if late.

Make Sense of Your D906 Task

Share the prompt and rubric. A maths writer prepares a worked model you can study.

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Frequently Asked Questions

Are there prerequisites for D906?

WGU says there are none.

How is D906 different from D900?

D906 is the graduate course and stresses analysis of a curriculum resource and reflection. D900 is the undergraduate version.

How many competencies does it have?

Four, per WGU's MAT guide.

How many competency units is it?

2 in the MAT guide.

What makes a reflection strong?

Specific evidence, interpretation of student thinking and a concrete next step.

Can you review my analysis?

Yes. Send the task and draft and we check context, evidence and rubric coverage.