The Socratic method changes shape depending on the field in which it is used. In disciplines built around formal methods, professional standards, and accepted bodies of knowledge, questioning works within those structures rather than outside them.¹²³
In this second article in our series looking at the Socratic method, we’ll compare law, healthcare, and the sciences. All three use questioning to draw out reasoning, but each does so in a different intellectual setting. As we look at them side by side we’ll see that the Socratic method is a family of related practices shaped by different ideas about authority, evidence, and judgment.¹²³

Law: from cases to reasoning
Law is still the field most closely associated with the Socratic method. Law schools often describe it as a way of requiring students to articulate, develop, and defend positions that may begin as only partly formed intuitions.¹ Students are expected to know what a case says as well as explain what it means, why the court reasoned as it did, and what might happen if the facts changed.
That helps explain the familiar structure of many law school exchanges. A professor may ask a student to summarize the facts of a case, identify the legal issue, explain the court’s decision, and then think through a variation: What if one fact were different? What if a different principle applied?¹⁴⁵ Each question pushes the student further beyond simple summation and deeper into legal reasoning.
Cases, statutes, and doctrines carry authority, but they still have to be interpreted. A legal rule has to be applied to a new set of facts. A precedent has to be distinguished from another one. A principle that sounds straightforward in the abstract may become much less straightforward once it is tested against a harder example.¹⁴ The Socratic method specifically facilitates this interpretation.
This is one reason the method remains so closely tied to legal education. It may give students practice in thinking aloud under pressure, but its purpose is deeper than that. It trains them to move from text to argument. A case becomes something to reason with.¹⁴⁵
That does not mean every law classroom uses the same tone or format. Some courses rely heavily on traditional cold-calling, while others blend questioning with broader discussion, shorter exchanges, or small-group work.¹⁵ But in all instances, students are expected to make their reasoning visible in public, not keep it private and untested.

Healthcare: from knowledge to clinical judgement
Healthcare education uses questioning in a different environment. Here the goals are to check whether a student knows the material and to understand how that student is putting information together in a clinical setting. Reviews of Socratic questioning in healthcare education describe it as a way to develop critical thinking by asking learners to justify diagnoses, interpret evidence, and explain treatment choices.⁶⁷
This often happens through case-based discussion. A student, resident, or trainee may be asked what diagnosis seems most likely, what findings support that view, what other possibilities still need to be considered, and what additional information would help focus the picture.⁶⁷ These are familiar questions in clinical education, but they have a distinctly Socratic quality because they bring the student’s reasoning to the fore.
The student’s clinical knowledge is more than knowing the facts. It also involves deciding how those facts can be applied in a particular case. Two patients may share some features but differ in ways that change the likely diagnosis, the level of risk, or the most appropriate next step. The questioning helps reveal how a learner is connecting observations, guidelines, and judgment.⁶⁷
Healthcare also shows how the Socratic method operates within a strongly structured professional setting. Clinical teaching often takes place in environments shaped by hierarchy, time pressure, and patient responsibility.⁶⁷ A discussion on rounds may be brief because care decisions can’t wait. A supervisor may narrow the conversation quickly because a protocol or urgent risk factor makes certain options more pressing than others.
Socratic questioning in a healthcare setting is less about open-ended debate than it is about sharpening clinical reasoning. A learner may know the textbook explanation of a condition, but questions reveal how that knowledge is being applied to the case at hand.⁶⁷
It also shows that the method can be highly focused. Instead of extended philosophical dialogue, questioning may come in short sequences: What are you seeing? What is your leading concern? What evidence supports it? What would change your mind?⁶⁷ These questions serve the same larger purpose of making thought explicit.

Sciences: from intuition to evidence
In the sciences, knowledge is closely tied to method: forming hypotheses, testing claims, measuring outcomes, and comparing explanations against evidence. Questioning is used to help students understand how scientific reasoning works rather than simply what the correct conclusion is: the why, not just the what.²³
Many science and STEM classrooms use the Socratic style of questioning to move students from intuited explanations toward more disciplined ones. An instructor might ask students to predict what will happen in an experiment, explain why they expect that result, compare the prediction to the observed outcome, and then revise the explanation if the evidence points in another direction.²³
Consider a simple example from physics or introductory science: a student assumes that a heavier object must always fall faster because it seems like it should. A Socratic line of questioning might ask what the student expects to observe, what factors are actually being considered, and how the claim fits with evidence from experiment.²³ Here the goal is to help the student see how scientific claims are tied to method and observation.
This makes the sciences a particularly interesting case because the Socratic method underpins experiment, data, and formal explanation. It helps students connect what they think with what the evidence shows, and it helps make visible the logic by which scientists move from observation to explanation.²³ The dialogue acts as a bridge between intuition and method.
The relationship between authority and inquiry also looks different here than it does in law or healthcare. Scientific claims don’t usually carry authority because an institution declares them binding in the way a court ruling or clinical protocol might. Their standing depends more directly on evidence, repeatability, and explanatory strength.²³ Questions in science education therefore often focus on why a claim should be accepted, what evidence supports it, and what alternative explanation could better fit the data.
As in the other fields, the form can vary widely. In introductory courses, the questions may be tightly guided. In advanced work, students may be asked to think through models, assumptions in experimental design, or the limits of an interpretation.²³ What remains consistent, though, is the effort to make the student’s reasoning visible.
What these fields have in common
Even though law, healthcare, and the sciences differ in obvious ways, they share several features in their use of the Socratic method. First, all three treat questioning as a way of moving beyond simple recall. It tests how that answer is supported, what assumptions it depends on, and how it changes when the ground truth inserts new variables.¹²⁶
Second, all three place questioning in relation to established frameworks. In law, those frameworks include precedent and doctrine.¹⁴ In healthcare, they include clinical evidence, protocols, and supervisory responsibility.⁶⁷ In the sciences, they include empirical methods, explanatory models, and standards of proof.²³
Third, all three show that the form of questioning is shaped by context. Time, class size, course level, assessment, professional norms, and the stakes of error will all influence how the discussion unfolds.⁶⁷⁸
A broader view of questioning and authority
The Socratic method teaches students how to reason within systems of authority, evidence, and judgment.¹²⁶ A precedent still has to be interpreted. A clinical recommendation still has to be justified. A scientific explanation still has to be connected to evidence and method.
That’s part of what gives the method its lasting place in professional and academic education. It asks not only what people know, but how they know it, how they are applying it, and what can happen next.¹²⁶ Across fields, the Socratic method makes reasoning visible in places where reasoning is important.
Next week, our third and final article in this series turns to the humanities and related settings, where interpretation and dialogue often play an even more visible role. There the Socratic method takes on a somewhat different character, one that helps paint the broader landscape of how questioning operates across academic life.
Sources
- University of Chicago Law School. “The Socratic Method.” https://www.law.uchicago.edu/socratic-method
- ASBMB Today. “How would Socrates teach science?” https://www.asbmb.org/asbmb-today/careers/080422/how-would-socrates-teach-science
- Sphero. “Incorporating the Socratic Method While Teaching STEM.” https://sphero.com/blogs/news/socratic-teaching-method-in-stem
- U.S. News. “What Is the Socratic Method and Why Do Law Schools Use It?” https://www.usnews.com/education/best-graduate-schools/top-law-schools/articles/2019-04-04/what-is-the-socratic-method-and-why-do-law-schools-use-it
- Kaplan Test Prep. “How to Beat the Socratic Method in Law School.” https://www.kaptest.com/study/law-school-life/how-to-beat-the-socratic-method-in-law-school/
- PMC. “Thinking more wisely: using the Socratic method to develop critical thinking skills amongst healthcare students.” https://pmc.ncbi.nlm.nih.gov/articles/PMC10026783/
- PMC. “Revisiting the Socratic Method as a Tool for Teaching Critical Thinking.” https://pmc.ncbi.nlm.nih.gov/articles/PMC4174386/
- Edutopia. “Using the Socratic Method In Your Classroom.” https://www.edutopia.org/article/using-socratic-method-your-classroom/
