The Answer Isn’t Enough: How Educators Are Teaching the Thinking Behind It

There's a particular frustration that can hit mid-grading: the right answer, but no work shown. No crossed-out attempts, no reasoning, no trail. Just a conclusion, dropped on the page like it fell from the sky. 

It’s like arriving at the summit without the hike. The destination is there, but the learning isn't. In an era when shortcuts are increasingly easy to come by, the need for students to show their thinking has never been more urgent. 

We asked 10 educators how they help students reveal their process and make learning visible. From grading systems to classroom rituals, they shared strategies that reward reasoning, surface struggle, and make thinking visible. Here’s what they had to say (and be sure to check out The What & Who of EDU for the full episode. Find it on Apple, Spotify, or wherever you listen to podcasts.

1. Reframe Work as Communication

Students often think showing their work is about proving they know how to get the answer. Especially in math-heavy courses, “show your work” can start to feel like a compliance rule instead of a thinking tool. Dr. Dan Look challenges that, and reframes it as communication.

"The students often come in with the idea that the audience is the professor, and the purpose is just to show the professor you can get the answer, that you know how to solve. I try to reframe that as your audience is your fellow students…and you're not just trying to show them the answer, you're trying to convince them that the answer is the right one"

Why it works: By shifting the audience from "teacher" to "peer," he moves students from compliance to clarity. Now, the goal isn’t just to be right, it’s to be understood.

2. Grade for the Process, Not Just the Product

If you say you care about students' thinking, but give all the points for the final answer, do you really? Students are incredibly good at reverse-engineering what earns points. If the answer is all that matters, that could be all they’ll show you. Dr. Christin Monroe puts her points where her pedagogy is.

"A math problem is worth five points, and only one of those points is the right answer. And I point out to them that those five points include what was the correct equation or process, showing their math, showing their units, showing the right number of significant figures."

Why it works: Dr. Monroe makes her grading policy visible, drawing it on the board and spelling it out. When students see the breakdown, they stop skipping steps and start valuing the path, not just the destination.

3. Ask Questions That Surface Struggle

Students have perfected the art of pretending the assignment was easy. By the time a final draft hits your desk, the struggle has usually been edited out of the story. But Jennifer Duncan designs reflections that make it safe to admit the truth.

"I think there's a tendency from students to want to pretend they didn't face a challenge. They did everything exactly like you told them to. And you want to say, no, that's not actually what I want. Tell me what was difficult for you, tell me where you struggled. Tell me where you moved forward."

Why it works: Her reflection questions aren’t vague, and they aren’t graded. That’s what makes them work. When students know they’re being asked to share, not perform, they open up about the mess behind the final draft.

4. Make Them Justify the Road Taken (and Not Taken)

In creative or open-ended assignments, it’s easy for students to narrate what they did. It’s harder to explain what they chose not to do. Dr. Sara Lahman doesn’t just ask why students chose a solution, she asks why they didn’t choose another.

"I like them to walk me through their thought process. So I start them with, like, a simple, simple prompt where they have to create something, and then I'll ask them, okay, well, why did you pick this? Why did you choose this particular feature of this made-up animal that you created? Why did you not choose this? Really kind of getting them to show their whole thinking process…"

Why it works: This simple twist pushes students to name not just what they did, but what they discarded. It shifts their thinking from reactive to reflective, and shows whether they’re making strategic choices or just guessing.

5. Create Peer Comparisons That Build Perspective

It’s one thing to explain your thinking. It’s another to see someone else’s, and realize they got to the same answer in a completely different way. When students only see their own method, they assume there might not be another.

"So, when I do this, I'm really having the students think critically, they're supporting their peers through that peer-to-peer connection and learning from each other, and it also helps them see that there's more way to understand the material."

Why it works: Langness builds this into her assignments, asking students to compare their strategies and memory aids. The differences spark curiosity and self-awareness, and that’s where learning deepens.

6. Use Peer Review to Reveal Understanding

When students critique someone else’s work, they have to actually understand the concepts. You can’t critique what you don’t understand.

"When they're looking at experiments that other students have designed… all of a sudden, they're like these research scholars, you know, they're like, 'What? That's not even an independent variable."

Why it works: Mary Gourley sees peer review not as editing, but as a thinking checkpoint. It’s in the process of evaluating others that students often realise what they know (and what they didn’t know they knew).

7. Host a Thinking-Focused Game Show

With 250 students in a lecture hall, you’d think showing individual thinking is impossible. Not for Jennifer Ripley Stueckle.

"And the students that are reporting out, that are giving me the information, I'll even ask them to justify why they thought that was an important bit of information. And… even ask other students, 'Why do you think that was an important bit of information? You didn't give it, but still, do you think that's important? Why is that so?'"

Why it works: Her case-based group work has students feeding observations into a shared board, but only if they can justify them. She plays the role of host, not judge, gathering insights and pressing students to explain their choices. It’s high-energy, low-stakes, and reveals who’s really processing the material.

8. Choose the Right Format for the Thinking You Want

Not every kind of thinking looks the same, and not every class should measure it the same way. Dr. Erika Martinez doesn’t have a go-to format for revealing student thinking. She picks the one that best matches the type of cognitive work she wants to see.

"There's no one go-to format. Of all the classes that I've taught, there's no two classes that look alike. What class am I teaching? Am I teaching advanced price theory?"

Why it works: Sometimes that’s a math breakdown. Sometimes a presentation. Sometimes a written explanation. The trick is matching the medium to the mental move you want to surface.

9. Take It to the Margins (Literally)

When everything can be Googled, annotated PDFs feel almost radical. Dr. Margaret Holloway keeps AI out by keeping students on paper, and then invites them to take notes, annotate and ask questions about the things they may not understand.

"If there's something that you have a question about, write the question out in the margins. Underline things that are interesting to you, or something that stands out. Going through that process teaches them how to be critical thinkers."

Why it works: It’s old school, and that’s the point. When students can’t turn to a screen, they turn inward, and their margin notes become a window into what they’re actually thinking at the moment.

10. Use AI… But Only to Get the First Step

AI isn’t going away. So the question isn’t whether students will use it, it’s how. Dr. Amy Goodman doesn’t ban AI. She teaches students how to use it for a nudge. Not a shortcut.

"Anytime they’re using an AI… I recommend including the phrase: ‘I'm trying to work this problem… Please do not work through the whole problem for me or show me the answer. I need to know what would be a good first step.’ And then AI will generally say the first step should be… and then students can apply a little critical thinking to that.."

Why it works: That one line, she says, changes everything. It trains students to start with support, then own the rest of the path themselves.

Students can get the answers. That’s no longer the hard part.

Because while a correct answer might look like success, real learning lives in the steps, the stumbles, the “why nots,” and the messy margin notes. The kind of learning that can’t really be outsourced.

We don’t ask students to show their work because we’re suspicious. We ask because we care about how they’re thinking. And when we design for a process, not just a product, we send a clear message: learning isn’t about getting it right the first time. It’s about understanding it well enough to explain it.

🎧 Hear all 10 educators in this episode of The What & Who of EDU. And next time a student hands you a flawless answer with no process? Ask them: “Cool. But how’d you get there?”