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Welcome to Inquiry Training - asking questions may be natural and seeking answers may inspire learning, but careful structuring must be used to allow for both, here are resources to help you achieve this in your classroom.

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2. FOSTER INQUIRY BY SCAFFOLDING CURIOSITY.
Teachers always come up to Laufenberg wanting to learn more about her progressive pedagogy -- and they invariably ask, "But when do you just tell them things? Don't you have to just tell them sometimes?"

Laufenberg's answer: Get them curious enough in the subject to do research on their own.
"Kids don't come to class just burning to know about the War of 1812," she said. "And you just saying they have to know the facts is not good enough. But here's your chance to bring them along as a person and get them to learn about it."

For example, in exploring the subject of American identity with her history students, Laufenberg asked them to come up with words that convey to them the abstract idea of America, or what it means to be American. Many of her students came up with the words "greedy" and "ignorant" -- a trend she saw echoed throughout many of her classes during her years teaching at SLA. "I got a clear vision of where my students were," she said.

She asked her students to find images that epitomized America, then asked them to talk about their ideas with their peers, studying data about immigration, taking the American citizenship test themselves (most received an average score of 3, across the board regardless of age), so they could understand the processes and become personally invested in the subject.

"Rather than saying, 'We're going to study immigration,' I took them through a process where they become interested in it themselves," she said.

3. DESIGN ARCHITECTURE FOR PARTICIPATION.
"There are so many ways that kids can be active in their learning, beyond the standard call-and-respond business," Laufenberg said. It may be hard to do with 140 students, but if you consider all the available tools at your disposal, ideas can start to take shape.

Example: Laufenberg asked her students to watch President Obama's State of the Union address and respond to what they watched and heard. She gave her students the option to either post comments on Twitter (fully public), Facebook (semi-public), Moodle (walled garden) or for low-tech participants, play Bingo with key words the students anticipated they might hear.

Though some goofed around a bit with comments ("Our school is so cool, we're tweeting the State of the Union"), at the end of the speech, students had posted a total of 438 tweets and 18 pages of Moodle chat. (Interestingly, no one went on Facebook, though she had set up a separate conversation on the school's Facebook page.)

Laufenberg was not surprised with the high quality of responses she saw from her students. "Does Obama have the power to reform and adjust how the other branches work?" one student tweeted. "He's not touching on Iran issue... not a good sign," another posted. "High school dropout laws, rebuilding jobs in our country, and more equipment in schools... me gusta," wrote yet another.

"I could have them face off against any pundit the next day," she said. "They understood it. None of it went over their head -- they were making meaning of it. They were offering their own opinions, participating in the conversation."

Laufenberg used every tool she had at her disposal as a framework for her students to build their learning around.

4. TEACHERS TEACH KIDS, NOT SUBJECTS.
As most teachers know, when students recognize that teachers are personally invested in their success, they do better, and that affirmation of students' disposition can help students achieve more. "You can't ask kids to take risks if they don't trust that you care about them," Laufenberg said.

5. PROVIDE OPPORTUNITIES FOR EXPERIENTIAL LEARNING.
During the weeks and months that led up to the election, Laufenberg's students got into the neighborhoods and brought back stories from voters at the polls. Though they didn't always feel comfortable asking strangers questions, they went ahead with their assignments anyway. "If none of it is ever real to them, if it's only in books, it lacks interest," she said. "They want to do real stuff, but we are perpetually underestimating what kids can do."

6. EMBRACE FAILURE.
Laufenberg made a point of defining the difference between "blameworthy" and "praiseworthy" failure. Blameworthy failure is when the student just decided not to participate in a project. But praiseworthy failure is quite different: kids take risks and experiments knowing that they might not get it right the first time.

"No one talks about cancer research as blameworthy failure," she said. "We don't expect a five-year-old to be able to shoot free-throws immediately. It's a process, and we value it in other things, but not when it comes to school. Kids are not coming in as perfect little products or machines -- they're human beings in the process of becoming."

In the engineering industry, for example, there are "failure festivals" and "failure reports" during which engineers discuss the processes they've tried that didn't work. "We need to have kids do that with their own learning," she said. "Be self-aware enough to do something with that information."

7. DON'T BE BORING.
"I always told my kids, if I got boring, they should let me know, and if they got boring, I'd let them know," Laufenberg said. But here's the twist: kids may actually choose boring because it's easier, it's known, it's quantifiable. "They know what they need to do to get a good score," she said. When it's not boring, when the answer is not predictable, that's when kids are actually challenged more.

8. FOSTER JOY.
For a government history teacher, this last directive has been a tall order. But Laufenberg made a point of trying to create a space where her students were valued, where creativity was paramount, and their voices were allowed to shine through.

"It's incredibly taxing work, but one of the most exciting and meaningful ways to create transformative spaces," she said.

Above all, what she wants to instill in her students is a sense of self-sufficiency.

"If by the end of the year, they still need me, I haven't done my job," she said. "I'm not coming with them to college. They have to be self-driven, independent thinkers."

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Creating Classrooms We Need: 8 Ways Into Inquiry Learning

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2. FOSTER INQUIRY BY SCAFFOLDING CURIOSITY. Teachers always come up to Laufenberg wanting to learn more about her progressive pedagogy -- and they invariably ask, "But when do you just tell them things? Don't you have to just tell them sometimes?" Laufenberg's answer: Get them curious enough in the subject to do research on their own.

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Inquiry may be natural, but creating conditions that allow it may not be, this article highlights these conditions

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Website talks and shows how students have a bigger role in learning now.

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One of the goals of AIBL is to improve undergraduate math education via increasing the use of IBL methods across a wide range of courses and institutional environments. We support instructors interested in teaching IBL courses and support a community interested in adapting IBL to suit specific, local needs of instructors, students, and institutions.

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Uploaded by PwC Australia on 2016-03-18.

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Tony Wagner and Inquiry as one of the skills for the 21st century learner

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Edutopia website that is a useful resource for teachers trying to use Inquiry Based Learning with their students K-12.

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Video briefly discusses what Inquiry Based Learning entails.

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Gives teachers a brief breakdown of how to take students through inquiry-based process

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Talks about the rationale and benefits of using inquiry-based learning to improve student achievement

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Talks about curiosity being the foundation for Inquiry-based learning.

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Pinterest page with 1000+ ideas for Inquiry Based Learning

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A look from the "other side," what about inquiry-based teaching?

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Just a quick reference to remind us about Inquiry Based Learning.

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This site has tons of resources and downloads to Facilitate Inquiry-Based Learning.

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Guiding Questions that walk you through the Inquiry Process.

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Lehmann said it's important to question whether alleged "personalized," "project-based," or "collaborative" learning efforts are actually helping students and teachers to "hold ourselves in a state of questioning."

"Inquiry means living in the soup. Inquiry means living in that uncomfortable space where we don't know the answer."

For example, adaptive software that leads students through English/language arts or mathematics on a pace set by their own abilities fails to force students to ask questions about that material, contextualize it in real life, or communicate about the concepts with others, Lehmann said. The same is true of collaborative projects where restrictive guidelines result in several, nearly-identical finished products across student groups.

In a true inquiry-based model, how learning happens isn't as important as whether that learning encourages students to try to learn even more. Lehmann compared the scenario to the plight of a two-year-old child who has graduated from "yes" and "no" and proceeded onto an endless string of "why's."

"To me it comes down to process," Lehmann said. "Inquiry means living in the soup. Inquiry means living in that uncomfortable space where we don't know the answer."
SIGNS YOU'RE ON THE RIGHT TRACK
Although nailing down inquiry-based learning is a bit like trying to define the human soul, there are some indicators Lehmann and his audience both agreed signaled progress down the right path.

To paraphrase one teacher, a classroom where students are empowered to direct and control their own learning is one sign. Feeling tension between the direction of a course and the material covered on a standardized final examination may be another, said a second teacher.

"Oh God, yeah," Lehmann said in response to the latter teacher. "There's a reason we don't offer [ Advanced Placement] Classes here. If we are a truly inquiry-based school, why would our highest-level classes end in a test?"

Increased collaboration between students and increasing student scrutiny of educational content were two other signs Lehmann and the group said signaled the right approach, even if they clashed with classroom norms. For example, collaboration can often lead to tricky discussions about what part of a students' work are his or her own and what part is recycled.

Lastly, good inquiry-based learning should include a means for publication and communication, whether through blogs, printed reports, multimedia packages, etc. But Lehmann also said, in some cases, students should have the right to decide whether to publish their work.

"One of the scariest things about inquiry-based learning is the blank page," Lehmann said. "When you're toying with the ideas at first, sometimes your ideas don't have to be social to the world."
ACCEPTING THE DRAWBACKS
Inquiry-based education should improve student engagement, critical thinking skills, and cross-disciplinary opportunities, Lehmann said. But it may also hinder lesson planning, covering content benchmarks, and assessing student progress.

In a school that asks students to seize some autonomy over the course of their studies, the teachers most comfortable at the Science Leadership Academy are often the teachers most capable of improvising and deviating from a lesson plan, or even entering a class period without a lesson plan at all.

Further, while Lehmann believes the approach leaves students with the analytical tools they need to succeed on English/language arts standardized tests, he acknowledges that both teaching mathematics in general, and teaching it so students succeed on state and national benchmarks, is harder to do in an inquiry-driven fashion.

"Math is a little harder, and I own that," said Lehmann.

Creating teacher-administered assessments that accurately measure progress, in an environment where the path is often long and winding, is also difficult.

"That could probably be 10 sessions of EduCon," Lehmann quipped. "'What are we authentically assessing when we assess?'"

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Why Inquiry Learning is Worth the Trouble

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Lehmann said it's important to question whether alleged "personalized," "project-based," or "collaborative" learning efforts are actually helping students and teachers to "hold ourselves in a state of questioning." "Inquiry means living in the soup. Inquiry means living in that uncomfortable space where we don't know the answer."

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Inquiry-based learning can be difficult; so, is it worth it?

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Grade range: 5-12

Students are asked to identify something, A, that changes into something else, B. They are asked to makea model of B (preferably three-dimensional), and make a presentation including information about the causes and mechanisms of this change. This can be in a biological context, an art context, or a technological context. Origami is used as an illustrative analog of morphogenesis ("form creation").
View/Download PDF

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Inquiry Exercises Click on the links below to view or download inquiry exercises. These are science and math exercises that we have developed for grades 4 through 12 that promote inquiry-based learning in the classroom.

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A series of Inquiry-Based Activities for STEM Content

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An excellent graphic showing the cyclical nature of inquiry

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We share evidence and practitioner-based learning strategies that empower you to improve K-12 education.

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Find and save ideas about Inquiry Based Learning on Pinterest, the world's catalog of ideas.

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Resources and Downloads to Facilitate Inquiry-Based Learning

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Find information, strategies, protocols, and tools to promote curiosity and engage students in asking questions, thinking critically, and solving problems.

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Breaks down types of questions for guiding inquiry-based learning.