How can we Build Curiosity in the Classroom? About Network. Speak Your Mind Click here to cancel reply. BBB Accredited Business. Better Business Bureau Accredited. First time here? Return to top of page Privacy Policy Terms of Use. Did you forget your username or password? Login here using your username and password: Username: Password:. Cue into students' interests. Pique a student's curiosity by building activities around her interests, preferences, and a sense of challenge.
Focusing on rules, obedience, and inflexibility interferes with curiosity. If you acknowledge students by listening and being responsive to what they care about, curiosity has a chance to flourish. Help students find a meaningful connection and boredom transforms into curiosity.
Satisfy that feeling of competence. Sparking curiosity takes more than pointing out that something or someone is interesting, complex, or mysterious, or that the outcome of what is going to happen is uncertain. After something new grabs their attention, students need to feel competent and understand it.
That can make all the difference in whether they act on their curiosity or find something else to do. If students don't feel competent, they are more likely to flee than explore.
Create opportunities for skill-building and success. Allow time for play, free of constraints such as the fear of failure, and offer constructive feedback. Accept the negative and uncertain. Embrace uncertainty. Pursuing new territory can be a source of tension and ambivalence.
By acting on their curiosity, students can explore this tension instead of trying to hide those feelings. As a result, they become better problem solvers and show a greater willingness to change, even if it requires a great deal of effort.
Teach students to be more tolerant of distress and the unpredictable, complex world that confronts them. Knowledge opens kids' eyes. If you want students to be curious, help them accumulate knowledge. The more they know, the more they'll want to know.
The child who can name 45 states is much more interested in discovering the five he doesn' know than the child with only three states in her brain bank. Find the unfamiliar in the familiar. If you think you are an expert, you may stop paying attention and curiosity can disappear. When you think you basically understand everything about your students' personalities, you start relying heavily on old scripts and categories.
It's the same for students. There is always novelty in the present. Remember that things change. How can you invite students to see problems as mysteries waiting to be solved?
Tinkering might be constructive play with feelings, concepts, ideas, and materials. How can students create a new widget, essay, blog article, poem, science experiment, service, or product from their explorations? Tinkering with materials, thoughts, and emotions stimulates curiosity and leads to innovative outcomes. Create opportunities for more-curious and less-curious students to work together in project-based learning.
Curiosity is contagious in groups working toward a real-world common goal, helping to cross-pollinate questions and new ideas. News reports can lead students to ask purposeful questions that help unearth what's beneath the surface of societal problems. According to research, asking "why" is the critical ingredient in unraveling these difficult conflicts.
This often gets to the fundamental reason for why people disagree about solutions. The term skeptic is derived from the Greek skeptikos , meaning "to inquire" or "to look around. He or she is willing to challenge the status quo with open-minded, deep questioning. Galileo was a skeptic. So was Steve Jobs. How is one culture or society uniquely different from another one?
Encourage students to investigate their genetic or emotional links to other cultures. Incredible Numbers Make math shine with this app that hits on topics not often mentioned in class. When students finish a test or need a greater challenge, let them get immersed in fascinating facts and unique visualizations on topics such as cryptography.
This app uses videos and games to compare length and height, capacity, and weight. Supplement the on-screen games by playing some similar games off the screen: Give kids the freedom to explore the weight and length of items around the classroom.
Mystery Science Remarkable video clips ask the big questions about scientific phenomena, lead students in a discussion, and then get them involved in an experiment. Pause videos often to allow students to predict, hypothesize, and share their thoughts. The PocketLa b A small sensor pairs with your device to collect data such as motion, temperature, and more.
Let kids come up with a question they want to answer, strap the sensor to a rocket or ceiling fan , and then watch the student-driven learning happen. Minecraft: Education Edition Make history come alive with Minecraft. Students can show their mastery of a place, structure, or time period by recreating it in the game. Have students add written signs that can guide other students on a tour of their learning.
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