From "social media and learning" to a thesis question
1. Diagnosis
Right now the idea isn't a question. It's a topic with three vague terms and an implied causal claim.
- "Social media" covers TikTok, WeChat, Instagram, YouTube, Discord, and WhatsApp study groups. These do very different things to a student's day.
- "Affects" implies causation. With 8 months, no budget, and one faculty, you can't establish cause. Your realistic claims are descriptive ("what do students do?") or relational ("is X linked to Y?").
- "Learning" could mean grades, attention, motivation, study habits, or knowledge gained. Each needs different evidence.
- "Students" can be narrowed to your 200 education-faculty students. That is a convenience sample, so you can only claim things about this faculty, not students in general.
Your constraints point toward a descriptive or relational study using a survey, plus a few interviews. A causal experiment is out of reach.
2. Candidate questions (broad → narrow)
- How does social media affect education students' learning?
- How is time spent on social media related to the academic engagement of education students at [University]?
- How do education students at [University] use social media for study versus non-study purposes, and how is each type of use related to their self-reported study habits?
- Is the frequency of switching to social media during study sessions related to self-reported concentration and perceived study effectiveness among education students at [University]?
- How do education students describe the ways social media supports or disrupts their coursework? (qualitative, 10–15 interviews)
3. Test table
| Clear | Answerable | Feasible | Worth asking | Open | |
|---|---|---|---|---|---|
| 1 | No. Every key term is undefined. | No. "Affects" can't be settled with your resources. | No. | Too general to matter. | Likely heavily studied, but that's for you to check. |
| 2 | Partly. "Time" and "engagement" need definitions. | Yes, via a survey and a validated engagement scale. | Yes. | Moderate. Total time is a blunt measure. | Probably well-trodden. A search will tell you. |
| 3 | Yes, once "study use" and "non-study use" are defined. | Yes. Survey items distinguish the two kinds of use. | Yes. One survey, about 15 minutes. | Good. It separates how students use social media from how much, and it's relevant to teacher-education programs. | Likely partly answered elsewhere. Your specific population and platforms may differ. |
| 4 | Yes, and it's the most specific. | Yes, but "concentration" is self-reported, so you measure perceived concentration. | Yes. | Good. It's concrete, and the findings could shape study-skills advice. | Check the literature on task-switching and media multitasking. |
| 5 | Yes. | Yes. It answers "how do they experience it", not "how much". | Yes, but interviews and transcription are time-heavy. | Good for depth. | Check. |
Sample-size caveat: with 200 students and a typical 40–60% response rate, expect roughly 80–120 responses. That is enough for simple correlations and group comparisons, but not for models with many predictors. Keep your variables few.
4. My recommendation
I'd go with a blend of 3 and 5: a short survey on the whole faculty, plus about 8–10 follow-up interviews. It is feasible, it gives you both numbers and explanations, and a mixed design is easy to justify in a thesis. If your program prefers a purely quantitative design, use candidate 3 or 4 alone.
Framed question
How do education students at [University] use social media for study-related and non-study purposes, and how is each type of use related to their self-reported study habits and academic engagement?
Sub-question (interviews): How do students explain the ways social media helps or hinders their coursework?
Working definitions (draft)
- Social media use: self-reported time and frequency on platforms where users create and share content (you choose the list, e.g., WeChat, Instagram, TikTok, YouTube, Discord).
- Study-related use: use for coursework, such as group chats about assignments, watching educational videos, or asking classmates for help.
- Non-study use: entertainment, socializing, and scrolling unrelated to courses.
- Academic engagement: scores on an established engagement scale (find one with a literature search, and check its license for free use).
- Study habits: self-reported planning, concentration, and time management. Again, use an existing scale if possible.
Scope
- In: current students in one education faculty, one semester, self-reported data.
- Out: causal claims, actual grades (unless your faculty allows access, which is unlikely), other faculties or universities, and teachers' use of social media.
Assumptions
- Students can report their own usage reasonably accurately. This is a known weakness, so name it as a limitation.
- The students who respond are not wildly different from those who don't.
- Platform categories mean the same thing to everyone.
Possible answers
These are options, not predictions:
- Study-related use is positively related to engagement, and non-study use is negatively related.
- Total time matters less than the type of use.
- There's no clear relationship. This is a legitimate and publishable result.
- The relationship differs by year of study.
Evidence
- Survey: free via Google Forms or Microsoft Forms, with existing scales plus a few usage items.
- Interviews: 8–10 volunteers from the survey, 20–30 minutes each, recorded and coded thematically.
What counts as an answer
You have an answer if you can describe the patterns of use and report the direction and strength of the relationships, with honest limits. A surprising result, such as study-related use being linked to lower engagement, counts too. The interviews could then help explain why.
5. Next steps
- This week: write your definitions on one page, then run a literature search on three topics. These are social media use and academic engagement in higher education, media multitasking and study concentration, and existing validated scales for both. Use Google Scholar and your library database, and note which scales are free to use. I can't tell you what the literature says, so you'll need to check whether your question is already well answered for similar populations.
- Ask your supervisor:
- Does the program expect quantitative, qualitative, or mixed methods?
- What is the ethics review process and timeline? Surveys of students need approval, and so does any recording of interviews. Start this early, because it often takes weeks.
- Is a survey of your own faculty acceptable, given that students may feel pressured to respond? You'll probably need to make participation voluntary and anonymous.
- Small first task (about a week): write a 10-item draft survey and test it on 3–5 friends, without collecting real data until you have ethics approval.
Rough timeline for 8 months: months 1–2 are literature, design, and ethics. Month 3 is the pilot and survey. Months 4–5 are interviews and analysis. Months 6–8 are writing.
Questions for you
- Does your program require a particular method?
- Do you have a platform or context in mind, such as a messaging app students actually use for coursework?
- Are you more drawn to numbers, to students' own stories, or to both?
- Do you have a specific concern behind this interest, such as distraction, collaboration, or misinformation? It could sharpen the question considerably.
Test run with a fictional master's student. The model said it cannot know the literature, but it quoted a typical survey response rate of 40 to 60 percent without a source; treat that figure as a rough guess. The candidate questions and definitions are drafts to discuss with a supervisor.
하는 일
당신의 관심과 실제 제약(시간, 자원, 접근 가능한 대상, 분야)에서 출발합니다. 먼저 아이디어를 진단하고(어떤 유형의 질문인지, 어느 말이 모호한지, 어디가 너무 큰지), 대상이 누구인지, 어디서 언제인지, 어떤 측면인지의 순서로 좁혀 넓은 것부터 좁은 것까지 3~5개의 후보 질문을 냅니다. 각 후보를 명확성, 답할 수 있는가, 실현 가능성, 가치, 정말 미해결인가로 검증합니다. 선택한 질문에는 최종 질문, 작업 정의, 범위, 가정, 가능한 답, 필요한 증거, 무엇이 답으로 인정되는지(예상 밖 결과 포함)를 씁니다. 마지막에 첫 단계와 남은 질문을 제시합니다.
결과물
진단, 후보 질문, 검증 표, 정리된 질문, 다음 단계.
이런 때 좋습니다
학위 논문이나 프로젝트 주제를 고르는 학생과 이제 막 연구를 시작한 사람. 연구를 대신하거나 문헌을 검색하지 않으며, 질문이 새롭다고 보장하지도 않습니다.
낮은 위험:지침만 있는 파일로 스크립트가 없고, 네트워크에 접속하지 않으며, 파일을 쓰지 않습니다. 질문을 설정하고 검증할 뿐이며, 당신 분야의 문헌을 알지 못하므로 질문이 새롭다고 말할 수 없고 직접 검색해야 합니다. 가상의 석사 과정 학생으로 한 번 시험했는데 선택지는 유용했지만 출처 없는 일반적인 설문 응답률을 언급했으니 대략적인 추측으로 보세요. 결과는 지도교수와 상의하고 사람을 대상으로 하는 연구는 윤리 규정도 확인하세요. AIBars 제작(MIT).