Future of Learning

Can “playful assessments” tell us whether maker education works?

An MIT pilot project at two schools seeks to measure hands-on, collaborative learning

maker education

Annabelle Bechtel (foreground) and Audrey Chung, seventh graders in the maker space of Corte Madera School in Portola Valley, Calif., create a video project about satire.

PORTOLA VALLEY, Calif. – Frame by frame, the simple round face sketched by seventh grader Annabelle Bechtel erupted into laughter in stop-motion animation, as she and her classmate Audrey Chung wove the face into a video they were making to explain satire. Other students were making their own videos, about foreshadowing, metaphor and other literary devices.

The kids worked at tables surrounded by craft supplies, 3-D printers and woodworking tools in the maker space of Corte Madera School, a public school for grades 4 to 8 nestled in the San Mateo County hills. Bechtel could readily recite the definition of satire. But what else was she learning in this maker space? With scarcely a month left in the school year, why was it worth spending time making videos rather than covering the next academic standard?

Backers of project-based learning, and its hands-on relative, maker education, would argue that activities like these not only deepen understanding of academic content but also bolster creativity, persistence, problem-solving and related skills that are critical for success in a rapidly changing world.

But assessing these skills has been a weak link in these efforts, according to the education researchers at the MIT Playful Journey Lab, which hopes to remedy that with “playful assessment” tools. The term describes game-like measures of knowledge and abilities, but also the tracking of skill development in playful learning activities, which was piloted over the past year by middle school teachers at Corte Madera and at Community Public Charter School in Charlottesville, Va., also known as Community Middle, part of the Albemarle County district. The goal is to blend mini-evaluations into learning activities, collecting evidence about student choices and behaviors throughout the process, rather than focusing on just the final result.

“We want to support teachers who are fighting for these types of activities and future-ready skills and [who] still get lots of questions about why we should care about this,” said YJ Kim, the Lab’s executive director.

maker education

Listing the “maker elements” she and her partner used in their video project, Annabelle Bechtel (foreground) mentions social scaffolding, or collaboration; creating a design process and trouble-shooting when technical problems occur. The students are working in the maker space of Corte Madera School in Portola Valley, Calif.

Maker-education advocates have a lot of student success stories to share but, so far, not a lot of data. Measurable results could help convince cautious administrators and skeptical parents that kids should spend more time on open-ended, creative pursuits rather than reading more books or memorizing the formulas and facts that burnish grade-point averages and standardized test scores. Plus, evidence-based assessments could improve the overall quality of project-based learning by helping educators tailor projects to specific skills and vet a lesson’s overall effectiveness.

It’s a daunting task, as evidenced by this past year’s pilot, which was a tale of two schools. MIT’s assessment tools were a great fit at Community Middle, which is an experimental “lab school” for its district and already steeped in interdisciplinary, project-based learning. But most schools are more like Corte Madera – governed by schedules, academic standards, report cards and other ties to traditional measures of student achievement – and there, the pilot was a mix of triumph and struggle.

During a break from her stop-motion work, Bechtel rattled off the “maker elements” she had used while creating her video. The Playful Journey Lab team identified seven of these elements, ranging from iterating designs through multiple drafts to trying new ideas and learning from failure (dubbed “productive risk-taking”), as skills to be practiced during maker projects.

“Definitely social scaffolding,” said Bechtel, using the pilot’s jargon for collaboration, “because I have a partner, and we’re working together all the time.”

She then pointed to the stapled papers of her video’s detailed storyboard. “There’s the whole design process, too, because there were so many drafts of this,” she said, adding that she and Chung did lots of trouble-shooting  – another element – to fix technical glitches with the video editing software.

Related: A rural Montana district goes all in for maker spaces

maker education

“These aren’t just for the maker space. I look at these as life skills,” said Sarrie Paguirigan, the maker-space coach at Corte Madera.

Individually, none of these elements are new to the world of maker education. But the MIT team; its collaborators, including the Berkeley nonprofit Maker Ed, and the pilot teachers all put considerable time into assembling, debating and refining the final list. (The pilot is backed by the National Science Foundation.)

Throughout 2018, members of the Playful Journey Lab met three times with three Corte Madera teachers – Sarrie Paguirigan, the maker-space coach, ELA teacher Donna Kasprowicz, and Teresa Richard, who teaches science and math — looking for places in their lesson plans that could accommodate hands-on collaboration.

The researchers also created activities to help the teachers and students better understand what the maker elements meant, and what they might look like in action.

For example, first, the students read true stories about inventors, engineers and scientists that featured a number of these same skills. They were then asked to imagine each of the elements they’d identified in the biographies as super powers, and to design a cape that the profiled person might wear as a superhero showing off his or her particular powers.

“I said to the kids, we’re going to think differently and try this,” said Kasprowicz. “We spent a long time defining and talking about the maker elements. I said, ‘There will be no grades on this, but you will be assessed as best I can with the maker elements, and then you will use them, as well.”

maker education

A poster in the maker space of Corte Madera lists the seven “Maker Elements” compiled by the MIT Playful Journey Lab, which worked with teachers to pilot assessments of these skills in the 2018-2019 school year.

The seven maker elements were prominently featured on a poster in the maker space, where Kasprowicz moved from table to table, answering questions and helping students get unstuck. At one point, she showed off the wooden puppet stage that another class had built and skeletal puppet prototypes made of dry ziti and wires, which the students would use to perform the “fractured fairy tale” scripts they wrote in class.

The writing had been priority number one, she explained, and the kids had to get their scripts right before any making began. Indeed, “content knowledge” is the final maker element on the poster, and it was controversial among the Playful Journey team. Some researchers felt that schools already paid too much attention to learning facts, dates and formulas, and that existing tests and quizzes amply covered that knowledge.

The fact remains, however, that while teachers may care a lot about creativity, collaboration and problem-solving, they are primarily accountable for content.

“If you ignore content, then the assessment is never going get used in the classroom,” said Kim.

When Kasprowicz introduced the collaboration on a back-to-school night last fall, one parent accused her of abandoning reading and writing instruction. “She was appalled,” recalled Kasprowicz, who tried to reassure the parent that students would never set foot in the maker space until they had fully covered the academic concepts at a project’s core.

Kasprowicz collaborated with Paguirigan on several maker projects throughout the year, but Richard made only two maker-space forays. Her science classes are lab-focused, she explained, and lab work is sufficiently hands-on and full of maker elements. “The kids are definitely iterating and problem solving,” she said. “We do a lot of collaboration, too. That’s basic science.”

By contrast, at Community Middle, the other school in the pilot, classrooms aren’t divided into science or math or ELA, and neither are student schedules. Instead, the school day revolves around two large chunks of interdisciplinary project time.

“We’ve long had maker-infused learning, and the students loved that time,” said Stephanie Passman, the lead teacher. “They knew they were learning something,” she said, but before learning the maker elements, “they couldn’t put into words why it mattered.”

Over a lunch of vegetable pizza and iced tea served in her classroom at Corte Madera, Kasprowicz shared a little note that a student had dashed off about a classmate’s collaboration during a recent project. These notes, written by teachers or students whenever they see someone exhibit a maker element, are called “sparkle sleuths.”

Related: Project-based learning and standardized tests don’t mix

They were one of two assessment tools in the pilot. The other, called “maker moments,” is essentially a paper scorecard featuring two or three maker elements coded by color. Every time a student demonstrated one of the targeted skills, a teacher, a classmate or even the student in question would fill in a little circle with the corresponding color.

Both tools are meant to be used quickly and repeatedly throughout a project, Kim explained.

“As researchers, we didn’t know how much these tools could be embedded without disrupting the flow of making,” Kim said.

At Corte Madera, that was a challenge. Neither Richard nor Kasprowicz had much time to use the tools themselves in addition to answering questions from students and keeping them on task.

“I’m just one teacher trying to monitor a science lab with 20 or more kids,” Richard explained. “More important than filling out a slip saying you did a great job iterating your design is making sure the kids aren’t burning themselves.”

As a result, outside of her two maker-space collaborations, for which she had the help of other teachers and teacher aides, Richard did not use the playful assessment tools with her students.

And Kasprowicz found the huge stacks of paper designated for sparkle sleuths and maker moments overwhelming.

“I couldn’t teach,” she said. “I couldn’t get on my knees to see what my kids are doing, because I’m too busy trying to fill out all these things.”

maker education

Sketching faces and using stop-motion animation, Annabelle Bechtel (foreground) and Audrey Chung, seventh graders in the maker space of Corte Madera School in Portola Valley, Calif., create a video project about satire.

So she delegated the playful assessment duties to students, at one point giving a student from each project group the sole task of sparkle sleuth writing, and she switched from paper to a digital format to make it easier to collect and distribute them.

Even then, the task was difficult. Sometimes students made incisive observations of maker elements in action, but often enough, Kasprowicz said, “when I looked at their comments, they were really boring.” One sparkle sleuth, for instance, described a fellow student’s troubleshooting episode simply as “working to fix a mistake by figuring out what to do next.”

At Community Middle, teachers and students had a much easier time adapting to this. They readily folded evidence from the playful assessments into existing weekly goal-setting meetings, advisory sessions and student self-reflections. “That reflection piece is really valuable,” Passman said.

Yet to be resolved is the final and most difficult piece of the puzzle: How should playful assessment data be interpreted?

Traditional testing is simple — a percentage of correct answers equals a letter grade. But how should teachers interpret a stack of sparkle sleuths and maker moments in order to guide instruction, communicate goals to students and parents and indicate a student’s progress? Separately from the pilot, the MIT researchers have proposed organizing the data into “field guides” that can show a student’s growth in the maker elements over time. But how to gauge that progress is still an open question for the researchers and their classroom collaborators.

Related: How to unlock students’ internal drive for learning

Before that question can be answered, they need to convince more educators, students and communities that there’s value in the kind of learning represented by the maker elements, and a need to track its progress.

Such a case seemed to be building in the Corte Madera maker space when another class – eighth graders this time – got to work on their literary device videos.

While assembling an irony video, Evan Demas and Connor Engel recalled a recent class discussion about what had and had not worked with the maker elements that year.

“For some of the projects, it seemed like maybe the only reason we did them was for the maker elements, and they didn’t necessarily have anything to do with what we’d learned in class,” said Engel. “They seemed a little bit far-fetched.”

But this video project was different, Demas offered. Not only did he and his classmates have to collaborate a bunch, and trouble shoot, and bridge their knowledge – another maker element – from previous experience with the video software, he said, “but we’re weaving these maker elements into an actual English project.”

Meanwhile, all three of the pilot teachers at Corte Madera agreed with the importance of the maker elements. And Paguirigan, who also leads maker projects at the district’s K-3 school, intentionally uses the same language to talk about the skills she wants the children there to learn and practice. 

“These aren’t just for the maker space. I look at these as life skills,” said Paguirigan. “I want them to be intuitive.”

This story about maker education testing was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for the Hechinger newsletter

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