WGU C389: Science, Technology, and Society

WGU C389, Science, Technology, and Society, is a course you will most often meet inside WGU's science education programs in the School of Education. Instead of asking you to memorize isolated facts, it asks a bigger question: how does science shape the society we live in, and how does society shape the science we choose to fund, trust, and use? You examine socially relevant scientific issues, weigh evidence, and think like a designer solving a real problem. For future teachers, that habit of mind is exactly what you will pass on to students.

Direct answer: C389 is passed through written performance assessment tasks, not a multiple-choice test, so you pass by following each task prompt line by line, choosing a manageable real-world science issue, and supporting every claim with credible cited evidence. Read the rubric first, write directly to each lettered part, and use the evaluator feedback to revise. Careful, rubric-aligned writing beats last-minute cramming here.

Because C389 is project-based rather than exam-based, the pressure is different from a proctored objective assessment. There is no timer and no question bank to beat. The challenge is producing clear, well-organized, properly cited work that hits every element of the rubric. Students who struggle usually are not short on knowledge; they simply miss a required sub-point or lean on weak sources. If you treat the rubric as your checklist and write plainly, this course is very manageable.

What the C389 assessment actually asks of you

C389 is evaluated through a performance assessment (PA) made up of written tasks that you submit for evaluation and revise until they pass, rather than through a proctored multiple-choice exam. The tasks center on two connected skills: analyzing a socially relevant scientific issue, and applying the engineering design process to a practical problem.

• Analyzing a socially relevant science issue. You select an issue, such as climate change or genetically modified organisms, and build a clear problem statement around it.
• Evaluating evidence and societal impact. You explain why the issue matters to society and support your analysis with credible, properly attributed sources.
• The engineering design process. You define a problem, then design, build, test, and modify a solution, documenting each step of the iterative process.
• Communicating like a professional. You organize your writing logically, follow the required citation style, and keep your language precise and objective.

Since the science-education programs at WGU periodically revise their courses and codes, always confirm the exact task instructions and rubric inside your current course of study, because that version is what your evaluator scores.

How hard is C389, and how long does it take?

Many students report that C389 is one of the more approachable courses in their science-education sequence, precisely because it rewards clear writing and organization rather than heavy technical recall. The most common frustration is not the difficulty of the content but a task being returned for a small missing element. Completion time varies widely with your writing speed and comfort with research; many learners finish in a couple of focused weeks, while some move faster by drafting both tasks in a single sitting of concentrated work over several days. Because WGU is competency-based, you can move as quickly as you can demonstrate mastery, so a strong writer with a clear plan can often finish ahead of the term pace.

A practical study and writing plan

The best preparation for a performance assessment is not passive reading; it is active drafting against the rubric. Try this sequence:

1. Read the rubric before the readings. Print or copy each task's lettered requirements (A, A1, B, and so on) and turn them into a checklist. Everything you write should map to a line on that list.
2. Pick a narrow, evidence-rich topic. For the issue-analysis task, choose something with abundant credible sources, like climate change or GMOs, so you never scramble for support. If your study touches climate specifically, the concepts in our WGU C267 Climate Change guide pair well with this task.
3. Use active recall on the vocabulary. Terms like the engineering design process, problem statement, iteration, and empirical evidence should be second nature. Quiz yourself on definitions and, more importantly, on how you would apply each one in your writing.
4. Space your drafting. Draft one section, step away, and return to revise with fresh eyes. Spacing your work across a few days catches gaps a single marathon session hides.
5. Self-test against the rubric. Before submitting, read each rubric line aloud and point to the exact sentence in your paper that satisfies it. If you cannot point to it, it is not there yet.
6. Treat evaluator feedback as a gift. If a task comes back, revisions are usually small and specific. Address each note directly and resubmit; this is a normal, expected part of the PA process, not a failure.

If you want to sharpen the underlying study habits that make performance assessments easier across your whole program, the tactics in the WGU D389 Learning Strategies guide transfer directly.

Common mistakes students make in C389

• Answering the topic instead of the prompt. Writing a general essay about climate change instead of addressing each lettered rubric requirement is the number-one reason tasks are returned.
• Choosing a topic that is too broad. A sprawling issue is hard to support and easy to leave incomplete. A tightly framed problem statement is far easier to defend.
• Weak or missing citations. Unsupported claims and improperly formatted references drag down otherwise solid work. Cite as you write, not at the end.
• Skipping steps of the engineering design process. The test-and-modify stage is often thin. Evaluators want to see genuine iteration, not a single attempt.
• Vague, informal language. Precise, objective wording signals mastery; casual phrasing invites questions about your understanding.

Because C389 lives in a science-teaching context, connecting the way scientists build and communicate knowledge back to classroom practice strengthens your work; the framing in our WGU C371 Concepts in Science guide can help you talk about the nature of science with confidence.

C389 Readiness Checklist

• Can you locate your current task instructions and rubric inside your course of study and list every lettered requirement?
• Can you write a clear, narrow problem statement for a socially relevant scientific issue?
• Can you name three credible sources that support your chosen issue and cite them correctly?
• Can you describe each stage of the engineering design process in your own words?
• Can you explain how you would test a proposed solution and then modify it based on results?
• Can you point to the exact sentence in your draft that satisfies each rubric line?
• Can you explain your issue's societal impact without overstating or fabricating evidence?
• Have you proofread for objective, precise, professional language throughout?

C389 FAQ

Is WGU C389 an OA or a PA?

C389 is assessed through a performance assessment made up of written tasks, not an objective (multiple-choice) exam. You submit your work, receive evaluator feedback, and revise as needed until each task passes.

How hard is C389?

Many students report it is manageable, especially for those comfortable with research and writing. The difficulty comes less from the science content and more from following each rubric requirement precisely and supporting claims with solid sources.

How long does C389 take to finish?

It varies with your writing speed. Many learners complete it in one to two focused weeks, and strong writers with a clear plan sometimes finish faster since WGU lets you progress as soon as you demonstrate competency.

What topics does C389 cover?

It focuses on the relationship between science, technology, and society, including analyzing a socially relevant scientific issue and applying the engineering design process to a practical problem, along with evidence evaluation and clear technical communication.

What should I do if my task is sent back?

Read the evaluator's notes carefully, address each point exactly where it applies, and resubmit. Returns are usually about small missing elements or citation issues, and revising is a normal, expected part of the PA process.

Where can I confirm the official course details?

Check your program page and course of study on wgu.edu, since science-education courses are updated periodically and your current version's rubric is what your evaluator scores.

For more study guides, browse the School of Education hub or the full index of WGU course guides.