7 Ways to Get Middle Schoolers to Think Like Scientists
As a middle school science teacher, you know that memorizing facts isn’t enough. Teaching scientific thinking means helping students ask better questions, use evidence, and develop reasoning skills – in short, it’s about getting them thinking like a scientist. But how do you actually teach students to think like scientists?
One great tool to start with is JoVE’s ‘Scientific Ways of Thinking’ video. It helps students visualize how scientists think, experiment, and question the world — making abstract concepts real.
Want to show your students how scientists think? Try this JoVE video in your next lesson.
Below are seven evidence-based ways to build scientific thinking skills in your classroom-all supported by simple, powerful classroom strategies.
1. Spark Curiosity with Questions
Why it works:
Curiosity drives discovery. Invite students to ask ‘why’ and ‘how’ every day. Start each class with a real-world mystery or question to investigate.
Examples:
- Why do your ears pop on a plane?
- How do animals know where to migrate?
Let students explore the answers using reasoning, not just memorization.
2. Focus on Scientific Processes, Not Just Results
How to do it:
Model the scientific method as an open-ended journey, not a worksheet. Allow students to make hypotheses, test, and revise — even when results go off track.
JoVE’s videos help students visualize this process step-by-step, building confidence through experimentation.
3. Use Inquiry-Based Learning Activities
What to try:
Inquiry-based learning means students investigate answers instead of being told. Give them open-ended questions and encourage group exploration.
Example prompt:
- What conditions help mold grow the fastest?
- How could you design an experiment to test it?
This empowers students to become investigators, not passive learners.
4. Get Hands-On with Experiments
Why it matters:
Middle schoolers learn best by doing. Design labs and demonstrations where they can manipulate materials, make predictions, and observe outcomes.
Don’t forget JoVE’s science experiments video resources — they model hands-on science in action.
5. Teach Evidence-Based Reasoning
Build the habit:
Whenever a student makes a claim, ask: What’s your evidence?
This simple habit helps develop scientific reasoning and pushes students to support ideas with data.
6. Make Mistakes Part of the Learning
Change the mindset:
Remind students that scientific discovery often comes from failure. Celebrate questions, second tries, and unexpected outcomes. This makes your classroom a safe space for curiosity and creativity.
7. Connect Science to the Real World
Make it relevant:
Tie concepts to real-life phenomena. For example:
- Link Newton’s laws to skateboarding.
- Discuss how microbes are used in food science.
When students see science all around them, they begin thinking like a scientist in everyday life.
Printable Classroom Activity: Mystery Box Challenge
This activity is a fun and effective way to build reasoning skills.
Instructions:
- Seal a small object inside a box.
- Students shake, weigh, and observe the box without opening it.
- They write hypotheses and share reasoning.
- Finally, reveal the object and compare it to predictions.
This supports inquiry-based learning and strengthens evidence-based thinking.
FAQ: Teaching Scientific Thinking
Use inquiry-driven strategies like hands-on labs, open-ended questions, and reasoning prompts. Let students explore rather than memorize.
Try challenges like the mystery box activity, design-your-own-experiment labs, and science current event discussions.
It teaches students to support their ideas, builds logic skills, and mirrors how real scientists work.
JoVE’s Scientific Thinking video shows how scientists think, experiment, and analyze — perfect for middle school classrooms.
Conclusion: Turn Curiosity Into Scientific Confidence
Helping students think like scientists doesn’t require a full curriculum overhaul — just curiosity, inquiry, and great tools. With JoVE’s visual resources, your students can observe how science works and begin confidently thinking like a scientist.
Want to try JoVE’s interactive science videos?
JoVE starts at just $2 per student*. Book your free demo now or explore funding options for your district.
*Pricing based on 1,500 students.
