Learn Without Walls
← Module 7: Research Ethics ⌂ Course Home Module 8 of 8 — Final Module
Research Methods — Module 08

Writing & Communicating Research

Good research poorly communicated is wasted — writing clearly is part of doing science well

📌 Before You Start

Prerequisites: All previous modules (1–7). This is the capstone module.

Estimated time: ~60 minutes including the capstone proposal.

What you need: Your research question (Module 2), your two APA-cited articles (Module 4), your survey design (Module 5), and a word processor or Google Doc.

By the end of this module you will understand the IMRaD structure, write for different audiences, use hedging language correctly, and complete a mini research proposal that draws on everything you have learned.

💡 The Big Idea

Good research poorly communicated is wasted. Writing clearly is part of doing science well — because a finding that cannot be understood, replicated, or evaluated by others is not really a contribution to knowledge. Semmelweis had the right answer. The world was not ready to hear it. Do not let that happen to your work.

🔍 Deep Dive

The IMRaD Structure

Most scientific and social science papers follow the IMRaD structure: Introduction, Methods, Results, and Discussion. An Abstract sits at the very top but is written last.

Abstract (written LAST, ~150–250 words)

A complete summary of your study: why you did it, what you did, what you found, and what it means. Written after everything else so it accurately reflects the final paper. A reader should be able to decide whether to read the full paper based on the abstract alone.

Introduction: Why does this matter?

Opens with the broad context (why this topic matters). Narrows to your specific gap in knowledge. Ends with your research question and/or hypothesis. The key question to answer: "What do we not yet know, and why does finding out matter?"

Tip: Write your introduction in a funnel shape — broad to narrow. Do not start with "Since the beginning of time..." Start with your specific topic and why it matters now.

Methods: What did you do?

Describes every procedural decision in enough detail that another researcher could replicate your study exactly. Include: participants (who, how many, how recruited), measures and instruments, procedure (what happened, in what order), and analysis plan.

Write in past tense. "Participants completed a survey..." not "Participants will complete..."

The methods section is not where you interpret — just describe precisely what you did.

Results: What did you find?

Report your findings factually and in full — including findings that contradict your hypothesis. No interpretation here. Use tables, charts, and statistics to present data clearly. Report effect sizes and confidence intervals when relevant, not just p-values.

Common mistake: Slipping interpretation into results. "The significant result proves that..." — interpretation belongs in Discussion.

Discussion: What does it mean?

Interpret your findings in relation to your research question and prior literature. Address: What do the results mean? How do they compare to previous research? What are the limitations? What are the implications? What should future research do?

Always return to your original research question in the discussion. If you asked "Is there a relationship between X and Y?" — your discussion must directly address what you found about that relationship.

Writing for Different Audiences

📚 Scholarly Audience

Technical, precise, hedged. Uses field-specific terminology. Cites extensively. Assumes statistical literacy. Appropriate for journal articles and academic theses.

📰 General Audience

Plain language. Analogies and examples. No unexplained jargon. Short sentences. Appropriate for science journalism, blog posts, policy briefs for non-specialists.

🏛️ Policy Audience

Action-oriented. Focuses on recommendations and implications. Translates findings into what decision-makers can do. Tables and bullet points over prose.

Hedging Language: Be Honest About Uncertainty

Research rarely produces certainty. Hedging language signals that you are interpreting findings, not claiming absolute truth. It also protects you from overstating what your data can support.

❌ Overclaiming (avoid)

"This study proves that social media causes depression."

"The results show that exercise is as effective as antidepressants."

"We have demonstrated that..."

✅ Appropriately hedged

"These findings suggest a potential association between social media use and depressive symptoms."

"Results indicate that exercise may reduce depressive symptoms to a degree comparable to antidepressant medication in this sample."

"The data are consistent with..."

Useful hedging phrases in research writing: suggests, indicates, may indicate, appears to, is consistent with, supports the hypothesis that, was associated with, warrants further investigation, limitations include, future research should consider, caution is warranted in generalizing.

APA 7th Edition Reference Examples

Journal article:
Author, A. A., & Author, B. B. (Year). Title of article in sentence case. Journal Name in Title Case, Volume(Issue), pages. https://doi.org/xxxxx
Book:
Author, A. A. (Year). Title of book in sentence case. Publisher.
Website/online article:
Author, A. A. (Year, Month Day). Title of page. Site Name. URL
Government or organization report:
Organization Name. (Year). Title of report. URL

Common Writing Mistakes to Avoid

Tense inconsistency

Methods and Results are past tense. Introduction and Discussion use present tense for established facts and past tense for your study's actions.

Passive voice overuse

"It was found that..." → "The analysis found that..." Active voice is clearer. Use passive only when the actor is unknown or unimportant.

Vague language

"Things," "stuff," "a lot," "very," "many researchers believe." Quantify or be specific. "53% of participants" instead of "many."

Forgetting your question

The Discussion must circle back to your research question explicitly. Never let a reader wonder: "But did they answer what they set out to ask?"

📋 Real Example: The Same Finding, Three Ways

Finding: A study of 200 college students found that those who reported sleeping 7–9 hours per night had a mean GPA of 3.4 (SD = 0.4), compared to 2.9 (SD = 0.5) among those sleeping fewer than 6 hours. The difference was statistically significant (p = .003).

Written for a scholarly journal:
"Students in the adequate sleep condition (7–9 hours; M = 3.4, SD = 0.4) demonstrated significantly higher grade point averages than those in the insufficient sleep condition (<6 hours; M = 2.9, SD = 0.5), t(198) = 6.82, p = .003, d = 0.97. These results are consistent with prior literature suggesting that sleep deprivation impairs cognitive consolidation processes underlying academic performance (Walker, 2017)."

Written for a campus newsletter (general audience):
"Students who got a full night of sleep — between 7 and 9 hours — earned grades nearly half a point higher on a 4.0 scale compared to students regularly sleeping less than 6 hours. While the study cannot prove sleep caused the difference, the pattern was strong and consistent with what sleep researchers have found for decades."

Written for a college administrator (policy audience):
"Findings suggest that insufficient sleep (<6 hours/night) is associated with a 0.5-point GPA gap among enrolled students. Recommended actions: (1) Consider later start times for morning classes; (2) Include sleep hygiene in first-year orientation programming; (3) Survey student sleep barriers (work, housing, anxiety) to target interventions."

Lesson: Same data, three completely different documents. The audience determines the language, the level of detail, and the framing. None of them misrepresents the finding.

🧠 Brain Break — 2 Minutes

Think of a paper you wrote for a class.

Did it have a clear question it set out to answer? Did the conclusion actually return to that question? Did you use evidence appropriately, or did you mostly state opinions?

What would you change now that you have worked through this course?

✅ Key Takeaways

🎓 Capstone: Mini Research Proposal

This is your final deliverable for the Research Methods course. Using everything from Modules 1–8, write a 1–2 page mini research proposal. You can print this page or copy the template into a Google Doc.

Use your research question from Module 2, your APA citations from Module 4, your survey from Module 5, and your ethics thinking from Module 7.

1. Title

Write a clear, descriptive title that conveys your topic, population, and key variables.

Example: "The Relationship Between Daily Social Media Use and Anxiety Among Community College Students Aged 18–24"

[Write your title here]

2. Research Question and Hypothesis

State your focused research question (from Module 2). Write your alternative hypothesis (H₁) and null hypothesis (H₀). Identify your independent and dependent variables.

Research Question: [Your focused, specific research question]

H₁ (Alternative Hypothesis): [Your specific prediction]

H₀ (Null Hypothesis): [No effect / no relationship statement]

Independent Variable: [What you are comparing or measuring as the "cause"]
Dependent Variable: [What you are measuring as the "outcome"]

3. Background (minimum 3 sources, APA 7th)

Summarize what is already known about your topic in 3–5 sentences. Cite at least 3 peer-reviewed sources in APA 7th in-text format (Author, Year). Include the full reference list at the end of the proposal. Use your two sources from Module 4 — find a third.

Prior research has established that... (Citation, Year). However, [the gap or what is still unknown]. For example, [specific finding relevant to your question] (Author, Year). [Additional context or contradictory finding] (Author, Year). The present study aims to address this gap by...

4. Proposed Method

Describe your study design in enough detail to be replicable. Use your survey from Module 5 and your design thinking from Module 3.

Participants: [Who you will study, how many, how you will recruit them, any inclusion/exclusion criteria]

Design: [Cross-sectional / longitudinal? Experimental / non-experimental? Quantitative / qualitative?]

Measures / Instruments: [What survey, scale, or interview guide you will use. Name any validated scales.]

Procedure: [Step by step, what participants will be asked to do]

Analysis plan: [How you will analyze the data — descriptive stats, thematic analysis, t-test, etc.]

5. Expected Findings

Based on your background research, what do you expect to find? Hedge appropriately — use "may," "suggests," "is hypothesized to." Explain the basis for your prediction.

Based on prior research, it is hypothesized that... [Your prediction in hedged language]. This is consistent with [brief reference to your background sources]. If supported, these findings would suggest...

6. Ethical Considerations

Address: informed consent procedure, confidentiality or anonymity plan, any risks to participants and how you will mitigate them, whether IRB review would be needed, and any vulnerable populations involved.

Participants will provide informed consent by... Data will be kept [anonymous / confidential] through... Potential risks include [e.g., emotional discomfort when discussing stress] and will be mitigated by... This study [would / would not] require full IRB review because... [If vulnerable populations are involved: extra protections would include...]

7. References (APA 7th format)

Author, A. A., & Author, B. B. (Year). Title of article. Journal Name, Volume(Issue), pages. https://doi.org/xxxxx

Author, A. A. (Year). Book title. Publisher.

[Add your three or more APA 7th citations here]

🎉 Congratulations on completing the Research Methods course. This proposal is a real document you can keep, build on, or submit for a class. You now have the skills to design, evaluate, and communicate research.

🎓 Course Complete — Research Methods

You have covered the full research cycle: from forming a question, to designing a study, to finding sources, collecting data, analyzing it ethically, and communicating your findings clearly.

These skills apply in every field — social sciences, nursing, education, business, and beyond.



← Return to Course Home