D886 Secondary Science Teaching Methods, catalog number EDUC 6073, is the two-CU graduate methods course on teaching secondary science three-dimensionally. Graduate candidates usually design good science and underestimate the classroom. The scored questions here are about running a lesson with thirty adolescents: surfacing what they already believe, structuring argument so evidence decides it, managing practical work in a shared room, and knowing before the unit ends what students actually learned.
The science is not the hard part
Start with prior ideas, because they are stronger than instruction. Secondary students hold explanations built from experience, and several of them are stable across countries and decades: motion needs a continuing force, mass disappears when something burns, plants take their substance from soil, a heavier object falls faster. Teaching over these leaves them intact under the new vocabulary. A graduate methods submission is scored on whether the plan finds out what students think before it tries to replace it, and on what it does with the answer.
Argument is the second demand. Students construct explanations properly when they are given a structure and held to it: a claim, the evidence for it, and reasoning that connects the two. Without that structure discussion produces confident assertion, which looks like engagement and teaches nothing. Where an aspect mentions discourse or explanation, it wants the structure, the rules for what counts as evidence and your plan for holding students to both.
The third is the practical reality of the room. Materials for a full class, timing that survives entry and packing away, group roles that prevent one student doing the work, safety instruction before distribution, and something ready for the group that finishes early. Graduate candidates from research settings routinely design activities that are elegant and unrunnable, and feasibility is a scored property rather than an administrative afterthought.
Planning a two-CU graduate methods course
Open your Course of Study first. The scoring detail sits there rather than in the catalog, and in a compressed course the aspect list is also your scope limit. Each aspect is scored on its own with a 2 needed in each, so the plan has to be complete rather than deep.
The word budget, worked. Take five scored aspects and directions asking for roughly 1,500 words. Reserve 110 for the class context and 90 for a close, leaving about 1,300, or 260 an aspect. Then move 55 words from the science content section into the aspects covering student thinking and assessment, which is where graduate submissions are thin and where the specifics are easiest to supply once you have looked at the misconception research.
The preparation budget, worked. Twenty-five to thirty hours. Four on the misconception literature for your topic, six on designing the assessment so it would detect those misconceptions, six on the sequence and the practical management, four on supports, and the rest on writing. Designing the assessment before the sequence prevents the rewrite that otherwise happens in week three.
Where field experience is part of your program, the boundary is fixed: we help you plan, analyse and write, and we never teach a lesson, contact a school or complete placement paperwork.
A structure that fits a graduate methods submission
Use the directions' template where one exists. Otherwise this order makes every scored element visible.
| Section | What belongs in it | What earns the aspect |
|---|---|---|
| Class and facilities | Grade, composition, prior units and what the room actually has | Feasibility is judged against this description |
| Standard and objectives | The performance expectation with its dimensions and observable objectives | Scored for alignment across dimensions |
| Prior ideas | The elicitation method and the specific misconceptions you expect | Scored for producing evidence rather than for predicting |
| Sequence | Timed steps with student activity and teacher moves | Scored for feasibility including transitions and setup |
| Argument structure | Claim, evidence, reasoning and how students are held to it | Scored for structure rather than intention |
| Practical management | Materials, grouping, roles, safety instruction and contingency | Scored where laboratory work appears |
| Supports | Named needs with specific adjustments in both directions | Scored for specificity to this lesson |
| Assessment and response | Checks with the action attached to each result | Scored for the response, which is the teaching decision |
Include the contingency. What you do when the formative check shows the misconception survived is the paragraph that most clearly separates a graduate plan from a competent undergraduate one.
Evidence craft in graduate methods writing
Decisions have to be justified from research rather than from your own experience of learning science.
- Cite the misconception research for your topic, naming the specific ideas students bring.
- Cite the instructional structures you use, including argumentation frameworks and discussion protocols.
- Quote the performance expectation by code and identify its dimensions.
- Use real data and real phenomena with sources and dates.
- Keep student information anonymous and describe learners by need.
- Where you reflect on your own teaching, separate what you planned from what happened and what evidence you have for the difference.
- Use APA where directions require it.
- Name the facilities and materials your plan assumes, since a lesson designed for equipment a department does not hold is a plan that cannot be run and feasibility is scored.
Graduate reflection is analysis, not confession. What you noticed, the evidence for it, the change you would make and the reason are four sentences that answer a reflection aspect completely, and they score far better than an account of how the lesson felt.
What separates Competent from a plan sent back
Aspects score independently, and returns here usually name feasibility or assessment.
- Prior ideas are elicited with a method that yields usable evidence.
- The argument structure is explicit and enforced.
- Practical management is realistic for the facilities described.
- Formative checks carry responses, including a contingency.
- Supports are specific to named needs.
- Claims about learning are cited rather than asserted.
Performance assessment work at WGU can be revised and resubmitted with no grade penalty, so a return costs calendar time in a six-month flat-rate term. Our boundaries hold in every case: proctored objective assessments are preparation only, portal credentials are never requested, and we never teach a lesson, contact a school or complete field placement paperwork.
Five mistakes that cost time in D886
- Designing for an ideal class. Thirty adolescents in a shared room is the design constraint, and elegance that ignores it reads as inexperience.
- Teaching over misconceptions. New vocabulary on an intact wrong model produces students who pass and still believe the original.
- Unstructured discussion. Without claim, evidence and reasoning, talk produces confident assertion rather than science, and the loudest table decides what the class believes.
- Checks with no response. The scored part is what you do with the result, not that you collected one.
- Writing reflection as apology. Analysis with evidence scores, and regret does not, however sincerely a difficult lesson is described.
How support works on this course
Send the task directions and the scoring detail from your Course of Study. What comes back is an elicitation method that produces evidence, an argument structure students can be held to, a practical management section that would survive a real period, and assessment with responses and a contingency attached.
We supply the misconception research for your topic as part of that, which is the single fastest upgrade to a science methods submission and the piece graduate candidates most often have never seen.
Where your program includes observed or recorded practice, we work on the plan and the written analysis only, never on the teaching itself.
Two further areas come up in nearly every graduate submission. The first is grouping: deciding who works with whom, what each role does and how the work is distributed so that one confident student does not carry a table of four. Stating the roles and the accountability in the plan is a small paragraph that answers a management aspect and makes the lesson describable to a colleague.
The second is time. Graduate candidates habitually plan seventy minutes of activity into a forty-five minute period, because their own working pace is not a student's. Writing honest timings, including entry, transitions, distribution and packing away, then cutting the element you can least defend, is faster than discovering the problem through a return.
Finally, decide what evidence you will keep. A methods submission is easier to write when you have collected something concrete, whether that is a set of anonymised student responses to the elicitation task or a tally of who used evidence in a discussion, and deciding on that before the lesson is the difference between an analysis and a recollection.
Questions students ask about D886
Is D886 the same course as EDUC 6073?
How is D886 different from D875?
I have a research background. What is genuinely new in this course?
Elegant science lesson that will not survive a real period?
Send your directions and standard. You get an elicitation method that works, enforced argument structure and a practical plan built for thirty students.
Where D886 sits in WGU's programs
The July 2026 catalog places this code in 4 current WGU programs. Open a program page for the complete standard path and term positions. The live Degree Plan remains authoritative after transfer credit, substitutions, and mentor planning.
The assessments, one by one
The public catalog does not publish this course's PA/OA identity or task count. WGU Tutors publishes at most one PA manual per course and only from a WGU-controlled public rubric. Until that source exists, PA help begins from the student's real Course of Study and OA support remains preparation only.