Secondary Biology Curriculum at Western Governors University (WGU) is the content-and-curriculum capstone of the biology strand for teaching candidates. It appears in WGU's secondary biology teaching programs, including the Master of Arts in Teaching.
The course description covers cellular structures and processes, genetics, evolution, diversity of life and ecosystem interdependence. What makes it distinct is the last competency: you must evaluate biology curriculum resources against secondary standards and individual student needs, which is a professional skill, not a recall task.
Course at a Glance
| Item | Details |
|---|---|
| University | Western Governors University (WGU) |
| Course code | D883 |
| Level | Graduate (MAT) version of the course |
| Size | 2 competency units in the MAT Science Education (Secondary Biology) guide |
| Subject area | Biology content and curriculum |
| Typical work | Curriculum evaluation, unit planning, content explanations |
What D883 Covers
| Competency (WGU wording, summarized) | What it means in practice |
|---|---|
| Describe cellular structures, functions and processes | Organelles, energy transformations, cell communication |
| Describe genetic mechanisms and evolutionary processes and how they lead to diversity | Inheritance, variation, selection and speciation |
| Describe the diversity of life, biological organization and interdependence | Levels of organization and ecosystem relationships |
| Evaluate biology curriculum resources for alignment to secondary standards and student needs | Judging textbooks, lessons and materials against standards and learners |
Key Concepts Explained
Vertical and Horizontal Alignment
Alignment means the content, skills and assessment match the standard you claim to address. A resource can look engaging yet cover only part of a standard. Check what students do and what they are assessed on, not just the topic title.
Example: A unit on photosynthesis includes a video and a vocabulary quiz. Your state standard asks students to construct an explanation of how energy and matter flow through the process. The quiz tests recall only, so the resource is partly aligned. A fix is to add a short task where students use a diagram to explain where the carbon in a plant's mass comes from.
Connecting Big Ideas
Good biology curriculum links levels: molecules in cells, cells in organisms, organisms in ecosystems. Evolution and the flow of matter and energy connect all of them. Show these links explicitly when sequencing a unit.
Meeting Individual Needs
Evaluation includes readability, prior knowledge, language support and accessibility. Name a specific adaptation, such as a sentence frame for a written explanation or a visual alternative to a text passage.
Typical Assignments and How to Approach Them
| Task type | What it tests | How to approach it |
|---|---|---|
| Resource evaluation | Judging alignment and quality | Use criteria: standard match, accuracy, rigor, student needs; give evidence for each |
| Content explanation | Biology accuracy | Explain each process clearly and link it to the next level of organization |
| Unit or sequence outline | Curriculum design | State the big idea, sequence of lessons and how each is assessed |
| Reflection on adaptation | Responsiveness to learners | Identify a student need, a change and why it helps |
A Resource Evaluation Grid
An evaluation grid keeps your reasoning visible. Fill one in for each resource and use it to write your commentary.
| Criterion | Question to ask | Evidence to cite |
|---|---|---|
| Standards alignment | Does it address what the standard asks students to do? | Quote the standard and the matching activity |
| Accuracy | Is the biology correct and current? | A specific passage or diagram checked |
| Rigor | Does it ask for explanation or only recall? | The verbs in the tasks |
| Student needs | Can all learners access it? | Reading level, language, supports |
Sequencing a Unit Across Topics
Tasks often ask how topics fit together over time. A clear sequence moves from structures to processes to systems, and returns to evolution as the explanation for why the structures exist.
Example: A semester outline might begin with cell structure and energy transformation, move to inheritance and variation, use selection to explain diversity, and finish with populations and ecosystems. Each unit ends with a question that feeds the next, such as "How does variation in a population matter when conditions change?"
Explain why your order helps learning and name the prior knowledge each unit assumes.
Where Students Get Stuck
- Describing a resource instead of evaluating it. Give a judgment and the evidence behind it.
- Ignoring the actual standards. Use the wording of your state standards, not general ideas.
- Over-covering content. The course is a synthesis; focus on connections between topics.
- Generic adaptations. Tie each change to a named student need.
Study Tips for D883
- Create a one-page concept map from cells to ecosystems and add evolution as the link.
- Keep your state standards open as you read, and tag each competency to a standard.
- Practice evaluating one familiar lesson with the grid above.
- Ask your instructor how much content explanation the task expects before drafting.
How We Help with D883
Send the prompt, the rubric, your state standards and the resource you are evaluating. A writer with science education experience prepares a model evaluation, reviews your draft or helps you structure the unit.
GradeEssays is independent of WGU. Our work is a study and reference aid. Use it to learn the approach, then write your own submission under WGU's academic integrity policy. 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 D883 Task
Share the prompt and rubric. A science writer prepares a worked model unit analysis you can learn from.
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Frequently Asked Questions
WGU lists four: cellular structures and processes, genetic and evolutionary mechanisms, diversity and interdependence of life, and evaluating biology curriculum resources.
No. It combines biology content with curriculum evaluation and alignment to secondary standards.
WGU's MAT Science Education (Secondary Biology) guide lists 2 competency units.
Use the standards named in your task or required by your state. Many states build on the Next Generation Science Standards.
Compare it with the standard, check accuracy and rigor, consider student needs and justify each judgment with evidence.
Yes. Send the task and draft and we check alignment reasoning, evidence and rubric coverage.