Igniting Curiosity: A Guide to Inquiry-Based Learning

Inquiry-based learning is gaining momentum in education, and for good reason. It's an approach that sparks curiosity in students, encouraging them to explore, discover, and become truly engaged in their learning. Teaching using an inquiry-based model isn’t necessarily difficult to do, but it does require some practice. It also takes some excitement on the teacher’s part.

What is Inquiry-Based Learning?

Inquiry-based learning is a student-centered approach that empowers learners to ask questions, observe, investigate, and explore the world around them to uncover knowledge on their own rather than passively receiving information. Instead of receiving "correct answers" directly from the teacher, students are empowered to ask questions, observe, investigate, and explore the world around them to uncover knowledge on their own. It's about sparking curiosity and allowing students to dive into their passions. This type of learning brightens student interests and helps students become passionate. Will students be passionate about everything? No, I mean, are you?

The Inquiry Spectrum: From Structure to Freedom

Inquiry-based learning exists on a spectrum, ranging from highly structured, teacher-directed activities to completely open, student-directed exploration. Understanding this spectrum is key to effectively implementing inquiry in the classroom.

Closed Inquiry: The Teacher's Roadmap

Closed inquiry aligns more with traditional teaching methods. Closed inquiry limits the extent to which students ask and investigate their own inquiry-based learning questions. An example of teacher-centered, closed inquiry is a recipe-based science lab where students follow a set of prepared instructions, leading to predictable and uniform outcomes. While students are engaged in an investigation, it's not driven by their own curiosity or the inquiry questions they developed on their own.

This type of inquiry aligns more with traditional teaching methods, and in regard to science, think of the more “cookbook” lab approach. Students are still exploring and discovering something new, but the teacher guides the whole thing and knows what should be expected at the end.

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For example, say we need to explore the concept that air has weight. So, students are working to answer, “Does Air Have Weight?”. Then, you will hit the edge of the meter stick that is hanging off with the roll of construction paper. Hit the edge of the meter stick that is hanging off again. What was the difference between what happened when the paper was on and when the paper was off of the meter stick?

Guided Inquiry: A Collaborative Journey

Teacher-guided, or mixed inquiry, falls in the middle of the spectrum. Here, students are granted some personal freedom in choosing the questions they want to explore and deciding how they will seek answers. This approach allows them to develop their own understanding of the content while still receiving guidance from the teacher.

In this type of inquiry, the teacher chooses the topic/questions and the materials, but students have more control in how they design their investigation. Let’s look at an example when exploring simple machines. Your class can create a Rube Goldberg machine! You can already have an idea in mind of what type of Rube Goldberg machine you want your students to make and give students materials. Tell students they must have 3 simple machines: a lever, an inclined plane, and a wheel-an-axle. That’s it.

For instance, in a science classroom, you might ask students to design and conduct an experiment related to solar energy. The teacher would establish the theme and provide a range of materials, but the students would be responsible for asking their own testable questions, making predictions, and designing their experiments within the framework of the given theme and materials. This approach is an example of guided inquiry.

Free Inquiry: Student-Led Exploration

In this type of inquiry, teachers still choose the topics and the questions; however, students are given the reigns to figure out the processes to answer those questions. Students choose how they want to approach the topic. Do they want to build a model of DNA? Would they rather create a brochure to share with the community? What about creating a Google Slides presentation? Do they want to bring in food that was enhanced with this technology? This type of inquiry allows students to really take ownership of their learning. They choose the topics, questions, designs, and goals. The free inquiry approach takes a lot of time for both students and teachers, even schools and districts, to get the hang of, but it’s a great goal to set. So, let’s say that you are covering the hydrosphere. What do the students want to investigate? Are they interested in oceans? Are they interested in the water cycle? Do they want to explore water pollution?

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In contrast, student-directed, open inquiry allows learners the freedom to make decisions about the questions they want to explore and how they choose to explore those questions. Returning to the science lab example, students take the lead by asking their own questions and designing their own experiments, rather than following a pre-designed procedure.

The Educator's Role: From Director to Facilitator

The role of the educator changes in open inquiry (or anything child-led for that matter), from director of learning to facilitator of learning. You have an important job, which is to scaffold and guide the inquiry process. Use the inquiry-based learning questions below to guide your students through the inquiry process. These questions aim to spark curiosity, encourage them to ask personally meaningful questions, re-examine their assumptions, and draw their own conclusions from direct, inquiry-based experiences.

Guiding Questions to Spark Inquiry

What do you already know about this topic, question, idea, etc.?
What have you observed? What have you experienced?
Are there other ways to look at this? How might others view this?
What do you think will happen if you do that?
What would happen if you did this instead?
What evidence supports your idea or hypothesis?
How can you test your thinking or thoughts about this?
What patterns or trends do you notice?
What new questions have emerged from your research?
How can you apply what you've learned to a real-world situation?
How might you overcome this challenge you're facing?
How does this connect to other things you know or have learned?
What assumptions are you making? How can you validate them?
How can you verify the accuracy of your findings?
What are the possible outcomes?
What information are you missing, and where can you find it?
How can you present your findings in a way that others can understand?
What are the potential consequences of this action or decision?
What biases might be influencing your thinking, and how can you address them?
How can you refine your questions to deepen your understanding?
How could you find out?
Who would know the answer to this question?
Is this source credible? How do you know?

These inquiry-based learning questions are examples. There are many others you can ask to scaffold the experience. The ultimate goal is to empower students to take ownership of their own quest for knowledge. Respond to their questions with more questions!

Inquiry-Based Learning in Action: Examples Across the Curriculum

Inquiry-based learning extends far beyond science classrooms and experiments. It can be applied to any learning activity, whether it's project-based learning, close reading, STEM, or various other learning experiences. The key is to provide students with the autonomy to get curious and lead their own discovery and exploration.

Science

Rube Goldberg Machines: Challenge students to design and build a Rube Goldberg machine that incorporates specific simple machines.
Does Air Have Weight?: Explore the concept that air has weight. So, students are working to answer, “Does Air Have Weight?”. Then, you will hit the edge of the meter stick that is hanging off with the roll of construction paper. Hit the edge of the meter stick that is hanging off again. What was the difference between what happened when the paper was on and when the paper was off of the meter stick?

History

Alternative History: Students can choose a historical event and form a “hypothesis” for what would happen if that historical event had unfolded in a different way. For example - What would have happened if Thomas Jefferson did not write the Declaration of Independence? This ClickView series follows students as they conduct a historical inquiry.
Analyzing Propaganda: Present students with historical artifacts or images, like propaganda posters from the American Revolution, and have them develop questions about their purpose and impact.

Language Arts

Character Transformation: In a reading or ELA classroom, students can “investigate” how changing a character’s traits impacts a story. They can rewrite the story’s ending or a scene from the text with the changes.
Exploring Poetry in Nature: In this VR lesson, students will strengthen their poetry skills as they learn how authors use sensation and emotion in poems.

Math

"My Favorite Mistake": Use this activity in your classroom as a warm up during the week. He calls it “My Favorite Mistake”. This activity can be modified for any subject matter by replacing the math problem with an appropriate task or problem.

Interdisciplinary Projects

Sustainable Energy: A project on sustainable energy could involve research in science, economics, and social studies, allowing students to see the interconnectedness of different disciplines.
Exploring World War II (Grades 9th - 12th): In this VR lesson, students will explore the modern-day sites of major turning points in World War II.

Practical Strategies for Implementing Inquiry-Based Learning

Begin with Guided Inquiry: Teacher-guided inquiry can build background knowledge of the topic before letting students take the reins in developing their own inquiry. Teachers start with an overall guiding question. Teachers know what they want their students to understand beforehand. Students know what the outcome of the inquiry will be.
Teach Students How to Question: Explore and Model Different Types of Deeper-Level Questions An important aspect of inquiry-based learning is teaching students how to ask deeper questions.
Let Your Students Drive Their Own Inquiry: Student-Driven Inquiry Led by a Question In the guided inquiry example of boiling water, the teacher knows that she wants students to understand what happens when water boils. She creates a question that will guide students to an outcome already known to them.
Guide Your Students' Inquiry With a Problem: Inquiry isn't driven only by questioning, but also by introducing a problem.
Provide Choice: Give students choices in topics, research methods, and presentation formats to increase engagement and ownership.
Utilize Technology: Leverage digital resources like Nearpod to provide virtual reality experiences, interactive activities, and collaborative boards.
Foster Collaboration: Encourage students to work in groups, sharing ideas, discussing findings, and tackling problem-solving tasks together. Working in groups enables active student participation, where students can discuss their findings and tackle problem-solving tasks together. By allowing students to work independently, they can focus deeply on their personal interests, take ownership of the research process, and develop self-directed learning habits.

Benefits of Inquiry-Based Learning

No matter where your learning activities fall on the inquiry-based learning spectrum, the specific questions you ask, or the activity you choose as the foundation for inquiry experiences, the benefits of inquiry-based learning are incredibly powerful.

Develops Essential Skills: Students develop essential skills, ignite their curiosity, gain content knowledge in their own way, and experience a sense of autonomy and agency, leading to deeper learning.
Ignites Curiosity and Engagement: Inquiry and student led learning increases creativity and curiosity for students. Students experience an increased level of engagement. They are able to direct their own learning and this increases their drive to want to learn.
Enhances Critical Thinking: Critical thinking skills increase when teachers initiate inquiry-based learning in their classrooms. Inquiry-based learning helps students to examine problems and information critically. Students do not passively accept information.
Promotes Problem-Solving Skills: It gives students opportunities to hone their problem-solving skills.
Fosters Creativity: It encourages creativity.
Highlights Relevancy: It highlights the relevancy of schoolwork. One of the best ways to keep students engaged and motivated to learn is to demonstrate how their schoolwork connects to the real world.
Encourages Interdisciplinary Thinking: Inquiry-based learning encourages students to make connections across different subject areas and explore real-world problems from multiple perspectives, fostering interdisciplinary thinking.

Addressing Challenges and Misconceptions

One of the problems with inquiry-based learning is that is does take some time and practice to really get the hang of, especially for students.

It’s a journey of trial and error for everyone, and the rewards of that process are remarkable.

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