Last spring you tried something in your course: flipped one stubborn unit, replaced a midterm with a project, introduced peer review, restructured office hours. It worked, or it half-worked in interesting ways, and you told a colleague about it over coffee. That conversation is where most teaching innovations go to be forgotten. With modest additional structure, the same experiment could become classroom research: a systematic inquiry worth presenting at a conference and publishing in proceedings, where it can help colleagues you will never meet.
The gap between a good teaching story and a presentable study is smaller than most instructors assume. It is not about massive samples or advanced statistics. It is about asking a clear question, gathering honest evidence, treating students ethically, and framing what you learned so others can use it. This guide walks the whole path, from hunch to conference program.
What Counts as Classroom Research?
Classroom research, often organized under the banner of the scholarship of teaching and learning (SoTL), is the systematic study of what happens when you teach: what students do, what they learn, and how changes in your practice change those outcomes. Two ingredients separate it from ordinary reflective teaching. First, a question stated before you look for the answer. Second, evidence beyond your own impression, gathered deliberately enough that a skeptical colleague could examine it.
The form varies by discipline, and that variety is a strength at interdisciplinary venues:
- A chemistry instructor compares exam performance on a unit taught with and without pre-class videos across two sections.
- A composition instructor codes student reflections to trace how peer-review comments change across a semester.
- A nursing educator studies how a simulation redesign affects students self-reported confidence and rubric-scored performance.
- A history professor examines whether a primary-source scaffold changes the quality of argument in final essays.
None of these requires a control group, grant funding, or a research methodologist on call. All of them require intention.
Start With a Question, Not a Method
From Hunch to Researchable Question
The raw material is usually a hunch: students seem more engaged, the projects feel deeper, attendance looks better. Convert the hunch into a question a stranger could answer with evidence. Instead of, does the flipped unit work, try: how does student performance on application problems compare between the flipped unit and the lecture version, and what do students say about their preparation? Notice the move: named outcome, named comparison, named evidence source.
Plan the Evidence Before the Semester Starts
Classroom research fails most often in retrospect: the semester ends and the evidence you wish you had was never collected. An hour of planning before week one prevents this. A workable single-semester arc looks like this:
| When | Move | Output |
|---|---|---|
| Before term | Finalize the question; contact your IRB; design any surveys | Approved or exempted plan |
| Weeks 1 and 2 | Capture a baseline: early assignment scores, a short survey, or prior-section data | Comparison point |
| Midterm | Gather formative signals while you can still act on them | Mid-course evidence |
| Final weeks | Collect the main outcome: exams, projects, portfolios, reflections | Primary data |
| Break | Analyze, write the abstract, pick a venue | Conference submission |
The midterm row rewards attention: a structured check-in mid-course gives you research data and a chance to improve the class in real time. Our guide to collecting and using mid-semester student feedback covers formats that serve both purposes at once.
Ethics First: Your Students Are Human Subjects
The moment you plan to share findings beyond your own course planning, classroom research becomes human subjects research, and your institution’s review board (IRB or equivalent ethics committee) enters the picture. Do not let this intimidate you into abandoning the project. Much classroom research qualifies for exempt or expedited review because it studies normal educational practices, but that determination belongs to the board, not to you. Contact them early, before data collection, and describe the plan plainly.
Beyond paperwork, three principles keep the work honest. Participation in the research must never affect grades, and students should know that. Wherever possible, have someone other than the grading instructor handle consent, or delay identifying who consented until after grades post. And anonymize thoroughly when you present: your class sizes are small, and a quoted reflection can identify a student to classmates faster than you think.
Collecting Evidence Without Doubling Your Workload
The best classroom research designs lean on artifacts your course already produces. Assignment and exam scores, rubric ratings, drafts and revisions, discussion posts, minute papers, attendance patterns, and LMS analytics all exist whether or not you study them; the research move is deciding in advance which of them speak to your question. Add at most one or two purpose-built instruments, such as a short pre/post survey or a focused reflection prompt, and resist the urge to collect everything. A tight study of three evidence streams beats a drowning instructor with eleven.
Comparisons add persuasive power without adding much work. Two sections of the same course, this year’s cohort against last year’s on the same assignment, or the same students before and after the intervention all provide a reference point that turns an anecdote into a pattern.
A Worked Example: One Question, Three Streams
Suppose a statistics instructor wants to know whether weekly low-stakes quizzes improve performance on cumulative exam questions. The course already generates most of the evidence: quiz completion and scores sit in the LMS, and the final exam can be tagged, item by item, as cumulative or unit-specific in about an hour. The one purpose-built instrument is a three-question survey in week fourteen asking how the quizzes shaped study habits, if at all. Last year’s section, which took the same final without weekly quizzes, supplies the comparison. Total added workload across the semester: perhaps three hours, most of it during grading that would happen anyway. That is a complete, presentable design, and it came from asking what the course already produces before asking what to add.
Making Sense of Modest Data
Analysis is where many instructors stall, usually because they imagine it requires statistics they last saw in graduate school. For most classroom research, it does not. Descriptive statistics carry a surprising amount of weight: means and medians before and after the change, the spread of scores, the share of students crossing a meaningful threshold such as passing a gateway exam. With twenty-eight students, an elaborate model impresses no one; a clear table showing that the median project score rose a full rubric level, reported without inflation, persuades. If you do want inferential tests, a colleague in the social sciences or your campus teaching center can usually tell you in a single conversation whether your design supports them.
Qualitative evidence asks for a different discipline. Read the reflections or discussion posts twice, once to absorb and once to label. Sort recurring ideas into a handful of themes, such as time management, confidence, or points of confusion, then count how often each appears and select one or two anonymized quotations that represent, rather than flatter, the pattern. And treat contradictions as findings. If exam scores rose while course evaluations dipped, that tension is not a problem to hide; it may be the most honest and most discussable slide in your talk.
Turning Classroom Research Into a Conference Paper
When the semester ends, the writing begins, and the classic IMRaD skeleton adapts cleanly to teaching studies. Set the context briefly: the course, the students, the problem that prompted the change. State the question. Describe the intervention concretely enough that a reader could try it. Present the evidence, including the inconvenient parts. Close with what you would change and what you cannot claim.
That last point deserves its own sentence: small-scale classroom research earns credibility through honest framing, not inflated claims. Words like exploratory, case study, and preliminary are features, not confessions. Reviewers at teaching-focused venues read plenty of overclaimed studies; the one that says, here is what happened in two sections of one course, and here is why it might matter, stands out for its candor. One semester, one course, and thirty students can carry a genuinely useful conference paper if the question is sharp and the evidence is handled honestly.
Choosing a Venue for Classroom Research
Pedagogy travels across disciplines better than almost any other research topic, which makes interdisciplinary conferences a natural home. A biologist’s peer-instruction study can change how a philosopher runs discussion sections. NIVA’s virtual conferences draw faculty and graduate students from more than twenty disciplines, run double-blind review, and fit a teaching-heavy schedule, since no travel is required. Accepted papers appear in the official conference proceedings with an ISBN, which turns your teaching experiment into a citable line on your CV, a meaningful consideration at institutions where teaching scholarship counts toward promotion.
Keep the Cycle Going
The first study is rarely the last. Presenting the work generates questions that become next semester’s design, and the cycle compounds: each iteration sharpens the intervention and deepens the evidence. Two natural extensions are worth flagging. Inviting students into the analysis converts a study about learners into research with them, and mentoring those students well is its own skill; see our guide to mentoring undergraduate researchers. And equity questions make especially valuable classroom research, since asking who benefits from an intervention, not just whether it works on average, pushes your teaching and your findings further; our overview of inclusive teaching strategies is a rich source of researchable questions.
Frequently Asked Questions
Classroom research, often called the scholarship of teaching and learning, is systematic inquiry into how students learn in your courses. It differs from everyday reflective teaching by starting from a stated question and gathering evidence deliberately, so findings can be shared with and examined by other educators.
If you plan to present or publish the findings, yes, you need a determination from your institutional review board or ethics committee. Many classroom studies qualify for exempt or expedited review as normal educational practice, but that decision belongs to the board, so contact them before collecting data.
Yes. Teaching and pedagogy tracks are common at disciplinary meetings, and interdisciplinary conferences welcome classroom studies because pedagogy transfers across fields. Small-scale work is acceptable when framed honestly as exploratory or as a case study with clearly stated limits.
There is no magic number. A single course section can support a credible study if the question is clear, the evidence is gathered systematically, and the claims match the scale. Comparisons across sections or semesters strengthen the work more than raw sample size does.
That experiment you ran last term deserves a wider audience than the department coffee machine. Write it up and propose it for NIVA’s next virtual conference, where teaching-focused work is genuinely welcome; faculty register for $150, students for $70, and joining NIVA is free.