D672 is the methods course that follows elementary science curriculum in WGU's B.S.
Elementary Education program. WGU describes it as a course on foundational methods for teaching science and engineering, emphasizing hands-on, experiential learning that fosters inquiry, creativity and critical thinking through experiences, engineering projects and technology.
It covers the three-dimensional learning approach, scientific literacy and the nature of science, with intentional decision-making and reflective practice. The usual difficulty is turning an exciting activity into a lesson with a clear learning goal, evidence of thinking and a safe, inclusive structure.
Course at a Glance
| Item | Details |
|---|---|
| University | Western Governors University (WGU) |
| Course | D672, Elementary Science and Engineering Methods |
| Level | Undergraduate |
| Program | B.S. Elementary Education (3 CUs) |
| Subject area | Science and engineering teaching methods |
| Typical work | Designing inquiry and engineering learning experiences |
What D672 Covers
| Competency (summarized) | What it means in practice |
|---|---|
| Demonstrate inquiry-based science instruction | Use the three-dimensional learning approach in teaching |
| Design engineering-based learning activities | Plan design challenges with criteria, testing and improvement |
| Support scientific literacy | Choose strategies that help all learners reason and communicate scientifically |
Key Concepts Explained
Three-Dimensional Learning in a Lesson
A lesson blends a core idea, a practice such as investigating or modeling, and a cross-cutting concept. Pupils figure something out rather than receive the answer.
Engineering Design
Engineering asks pupils to define a problem, imagine solutions, build, test and improve. Constraints and criteria matter.
Example: Pupils must design a paper bridge that holds ten coins. Criteria: span of 20 cm and a limited number of sheets. They test, observe where it bends, redesign and test again. The teacher asks "What did the failure tell you?", turning mistakes into evidence.
The Nature of Science
Science is evidence-based, revisable and creative. Lessons should let pupils see these traits, not just memorize facts.
Structuring a Hands-on Science Lesson
A common instructional model helps you plan and explain a lesson. Adapt it to your course materials.
| Phase | What happens | Teacher focus |
|---|---|---|
| Engage | A phenomenon or question captures interest | Elicit pupils' ideas |
| Explore | Pupils investigate or build | Circulate, ask probing questions |
| Explain | Pupils share findings; teacher connects to the idea | Use evidence from pupils' work |
| Elaborate | Apply the idea in a new context | Extend thinking |
| Evaluate | Check understanding | Observe, question, collect work |
Whatever model you use, make materials, grouping and safety explicit. State roles for group work so every pupil participates, and give a recording method such as a simple data table or labeled drawing.
Finally, include a short reflection on what you would adjust. The description highlights reflective practice, so a few honest sentences about what could go wrong and how you would respond add depth.
Typical Work and How to Approach It
| Type of work | What it tests | How to approach it |
|---|---|---|
| Inquiry lesson plan | Three-dimensional design | Label the idea, practice and concept |
| Engineering challenge | Design process | Show criteria, testing and improvement cycles |
| Safety and inclusion | Practical planning | Add safety steps and supports for varied learners |
| Reflection | Intentional decisions | Explain why you chose each step |
Where Students Get Stuck
- Fun without a goal. Tie the activity to a standard and an observable outcome.
- Too much telling. Let pupils investigate before you explain.
- Missing safety and management. Plan materials and routines.
- No evidence of learning. Add a way to see pupils' reasoning.
Study Tips for D672
- Run a simple version of your lesson at home to spot problems.
- Write the question pupils will investigate first.
- Prepare prompts that ask "how do you know?"
- Include a plan for pupils who finish early or need help.
Final Checklist Before You Submit
- The lesson has a clear question or problem for pupils.
- Core idea, practice and cross-cutting concept are labeled.
- Engineering tasks include criteria, testing and redesign.
- Safety and materials are listed.
- Group roles and supports are described.
- A short reflection explains your decisions.
Ask whether pupils would be thinking or just following instructions, and revise until the answer is thinking.
How We Help with D672
Send the task instructions, grade level, standard and rubric. A writer can explain three-dimensional design, review your lesson plan, or provide a custom plan with comments. See our education assignment help guide as well.
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Frequently Asked Questions
Hands-on science and engineering teaching, the three-dimensional learning approach, scientific literacy and the nature of science.
D679 is the graduate (MAT) version; D672 is the undergraduate course.
3 CUs in the B.S. Elementary Education guide.
The course focuses on planning. Your task instructions state any materials required.
A standards approach combining core ideas, practices and cross-cutting concepts.
No. We tutor, edit and model; your lesson must be yours.