Future of Schools

Purdue is trying to upend the traditional high school model. Here’s what it looks like

PHOTO: Dylan Peers McCoy
Phoenix Clark, right, is a freshman at Purdue Polytechnic High School. During his first project his team designed a filter to help clean the White River.

All it takes to know that Purdue Polytechnic High School is doing something different is a walk through the campus in the basement of a technology office building. Instead of sitting in classrooms, students are spread across an open room, talking with teachers on a sofa or working on quadratic equations at a table.

When it’s time to transition, there is no bell, but students and teachers quietly split up and head to their next appointments.

The unusual environment of the campus, however, is just the beginning of what is distinctive about the charter school, which opened this year and is already planning to expand across the state. The founders of Purdue Polytechnic are aiming to redesign high school with the ultimate, ambitious goal of creating a school that will prepare more students for degrees in science, technology, math, and engineering — particularly students of color and those from low-income families.

“Our belief is, we’ve been trying essentially the same system for years and years and years,” said head of school Scott Bess during at interview last fall. “We said, if we know that’s not working, let’s try something different.”

What the school’s founders settled on is radically different from a typical high school. Instead of traditional classes, students at Purdue work on a series of community-based projects throughout the year that aim to incorporate the skills Indiana high schoolers are supposed to learn. As they pursue projects, students interview strangers in the community, work with peers to hone their ideas, and eventually pitch their plans to business leaders.

Students still have assignments and tests to show they’ve mastered concepts such as conservation of energy or linear equations. But they also have a lot of freedom. Each week, they set their own schedules, and in addition to some regular classes, they spend hours working independently.

“We don’t think high school is something that should be endured,” Bess said in May. “It should inspire.”

PHOTO: Dylan Peers McCoy
Students at Purdue Polytechnic High School choose their own schedules, and they spend lots of time working on their own.

As a charter school, Purdue Polytechnic is free for students who are admitted by lottery. The school started the year with about 150 freshmen, with an ultimate enrollment goal of 600 students. So far, the school, which is in the Indianapolis Public Schools innovation network, is diverse — the student body is about a third black, a third white, and a third Hispanic, Asian and multiracial. Teens from any school district can enroll, and the Purdue brand has attracted families from township and suburban districts.

Reagan Hubbard enrolled at the Purdue Polytechnic because her mom thought it would be a fit with her interest in engineering. Now, her parents drive her 45 minutes from Noblesville, and they plan on enrolling her sister next year.

“There are some things that are challenging, but it’s stuff that I like, like engineering,” Hubbard said. Since students have more freedom than at a traditional school, it’s especially important to be disciplined and avoid falling behind on your work, she said. “It’s very different.”

The model at Purdue Polytechnic High School is not only unusual but also relatively untested. The schools using similar methods, such as project-based and personalized learning, have not been studied enough to know whether they improve academic outcomes for students, said Laura Hamilton, a researcher at RAND Education.

Creating and sustaining a high-quality program that uses these approaches can be difficult because it requires skilled, committed educators, said Hamilton, who studies social and emotional skills and co-authored a recent report on a group of innovative high schools.

“Personally, I think that it’s worth trying these approaches because we know that traditional high schools are failing to serve a lot of our kids,” Hamilton said. “We need to understand whether other approaches could work.”

It will be years, though, before Purdue Polytechnic can be measured on its results. Since it is in its first year, there is no state test data, and it will be several years before students graduate and leaders learn whether their unusual approach prepares them for careers in science and technology.

PHOTO: Dylan Peers McCoy
Purdue Polytechnic High School freshman HannaMaria Martinez, right, works on quadratic equations with another student.

For many of the students, Purdue Polytechnic is a big adjustment from their traditional middle schools, where teachers typically told them exactly what to do each day.

“I like that no one is telling you what to do,” said HannaMaria Martinez, who went to Harshman Middle School in Indianapolis Public Schools. But that has its downsides. Martinez said she also wishes teachers were clearer about assignments. And she said other students can be loud and distracting.

Founded by Purdue University President Mitch Daniels, the former governor of Indiana and a high-profile national politician, the high school has been drawing headlines since it was announced three years ago. But most of that attention has focused on the school’s aim of preparing more students for the university, rather than the unusual academic approach.

As governor, Daniels was at the forefront of the national movement for test-based accountability and school choice, and during his administration, the state made the controversial move to take over several urban schools with chronically low grades from the state. Founding a school built around projects and student choice might seem like a notable departure. But Daniels’ newest effort at improving education mirrors a trend that is happening across the country.

Well-funded groups, including XQ Super School, are pushing the theory that high schools must be reimagined for the modern era. The aim is to create schools that not only give students the academic skills to succeed in college but also help them develop soft-skills. XQ selected Purdue Polytechnic as one of 18 XQ Super Schools, awarding the school a grant of $2.5 million over five years. (XQ is a project of the Emerson Collective, which is a funder of Chalkbeat through the Silicon Valley Community Foundation.)

More broadly, there’s a growing national focus on social and emotional skills, said Hamilton. “In some ways, it’s a little bit of a backlash to years of focusing on math and reading scores and a recognition that that’s not the only thing kids need to be successful.”

As Phoenix Clark worked on his first big project just six weeks into the school year, his enthusiasm was palpable. The challenge, which came from the Indianapolis Zoo, was to come up with ways to increase conservation efforts. Clark’s team was working on a robot that would filter river water.

Clark is interested in agriculture science, and he wanted to go to the high school as soon as he heard about it in a radio ad. He’s also the kind of teen who builds his own robots. It was one of those robots, he explained, that would pull the filter — made from materials like PVC pipe, foam, and cotton — down the White River.

PHOTO: Dylan Peers McCoy
A robot made by Purdue Polytechnic High School student Phoenix Clark.

In the end, the filter system didn’t quite work out as he imagined. The team couldn’t come up with a way to waterproof the robot, so they settled on a slightly less ambitious plan: using a buoy to tow the filter. But Clark still feels like projects let them pursue “wild” ideas. Because students are pitching to actual companies such as IndyGo and the Indianapolis Star, he added, “they might actually go for it, which I really like.”

During another challenge to come up with a business idea for Subaru, Clark’s team earned second place schoolwide, he said. His team’s idea was to allow people who had dropped out to earn their high school equivalence while working for the automaker.

By the last few weeks of the year, however, the stress of Purdue Polytechnic was wearing on Clark. School work was usually relatively easy for him, he said. But using his time well and making sure he didn’t procrastinate on assignments was harder. He’d fallen behind early in the year, and he was struggling to make up work so he didn’t have to stay for summer school.

“At times I really question my work ethic,” Clark said. “But for sure, I think that’s what the school is meant for. It’s meant to push you. And I enjoy it so much.”

Over the course of the first year, students and staff at Purdue Polytechnic have been inventing a school as they go, said Drew Goodin, a lead teacher who focuses on design thinking. When it became clear that students were spending a lot of free time on games, for example, staff eventually chose to block certain websites.

Projects have also become more structured. Each project begins with “empathy,” a period when students are supposed to talk with people about the problem they are trying to solve. At first, Goodin said, students were left alone during that process. But it quickly became obvious that it wasn’t working. Experts on the subjects they were studying who came up high on internet search results were getting slammed with calls from students, lots of messages from student weren’t returned, and teachers weren’t involved enough to give students feedback.

So they reworked the system. Now, the school has organized empathy days, where staff bring people to the school or teens head out into the community for interviews, Goodin said.

“If our vision is truly being realized,” he said, “if you come in 10 years from now, we’ll still be making fine adjustments.”

another path

‘They’re my second family.’ Largest Pathways to Graduation class earn their diplomas

Jasmine Byrd receives an award for excellence after giving a speech to her fellow graduates.

Before last fall, Jasmine Byrd never envisioned herself striding across the stage to receive a diploma at a graduation ceremony.

But then Byrd moved to the Bronx from Utah and entered New York City’s Pathways to Graduation program, which helps 17- to 21-year-olds who didn’t graduate from a traditional high school earn a High School Equivalency Diploma by giving them free resources and support.

Just walking into this space and being like, this is what you’ve accomplished and this is what you’ve worked hard for is a great feeling,” said Byrd, who also credits the program with helping her snag a web development internship. “I’ve built my New York experience with this program. They’re my second family, sometimes my first when I needed anything.”

Byrd is one of about 1,700 students to graduate during the 2017-2018 school year from Pathways, the program’s largest graduating class to date, according to officials.  

This year, students from 102 countries and 41 states graduated from Pathways, which is part of District 79, the education department district overseeing programs for older students who have had interrupted schooling.

The program also saw the most students ever participate in its graduation ceremony, a joyful celebration held this year at the Bronx United Palace Theater. According to Robert Evans, a math teacher at one of the program’s five boroughwide sites and emcee of the graduation, about 600 students typically show up to walk the stage. But students can be a part of the ceremony even if they received their passing test results that morning, and this year more than 800 graduates attended.

There were still students coming in last night to take photos and to pick up their sashes and gowns,” said Evans.

The graduation ceremony is unique in part because the program is. Students who have not completed high school attend classes to prepare to take the high school equivalency exam. But the program also prepares students to apply for college, attend vocational school, or enter the workforce by providing help applying for colleges, creating resumes and other coaching.

To make sure that the program is accessible to all students, there’s a main site in every borough and 92 satellite sites, located in community centers and youth homeless shelters like Covenant House. Students who want to work in the medical field, like Genesis Rocio Rodriguez, can take their courses in hospitals. Rodriguez, who graduated in December, is now enrolled in the Borough of Manhattan Community College, and passing the exam meant being one step closer to her dream of becoming a nurse.

When I got my results I was with my classmate, and to be honest I thought I failed because I was so nervous during it. But then I went online, and I was like, ‘Oh my gosh I did it!’ My mom started crying and everything.”

Byrd said the program worked for her because of the supportive teachers and extra resources.

“The teachers are relatable,” said Byrd. “They don’t put on an act, they don’t try to separate the person from the teacher. They really reach out, even call you to get you out of bed in the morning.”

Carmine Guirland said the supportive environment of social workers, guidance counselors, and teachers is what attracts him to the work at Bronx NeOn, a site where students who are on probation or who are involved with the court system can prepare for the exam, college, and careers.

When students are on parole they will have really involved [parole officers] who would text me at the beginning of class to check in so that we could work together,” said Guirland. “It’s really about that village thing. The more support systems that are available the more success the students will have.”

Reflecting on his experiences with the graduating class, Guirland’s most treasured memory was when one of his students proposed to his girlfriend in a guidance counseling session. Even though they aren’t together anymore, the moment was a reflection of the relationships that many of the students build during their time at Pathways to Graduation.

“It’s this amazing high moment where this student felt like the most comfortable place for him to propose to his girlfriend and the mother of his child was in our advisory circle,” said Guirland.

New Standards

Tennessee updates science standards for first time in 10 years. New guidelines stress class discussion, inquiry

PHOTO: Rebecca Griesbach
Fourth grade science teachers Lamarcus Marks, of Rivercrest Elementary, and Angie Clement, of Bartlett Elementary, test out a lesson on kinetic and potential energy at Arlington High School, one of 11 statewide sites where Tennessee teachers are training for next year's new science standards.

How can a wolf change the river? Why doesn’t a cactus have leaves? Why can’t you exterminate bats in Tennessee?

With new state science standards coming to classrooms next fall, these are the kinds of questions students will explore in their science classes. They’ll be tasked not only with memorizing the answers, but also with asking questions of their own, engaging on the topic with their teacher and classmates, and applying what they learn across disciplines. That’s because the changes set forth are as much about teaching process, as they are about teaching content.

“At the lowest level, I could just teach you facts,” said Detra Clark, who is one of about 300 Tennessee educators leading teacher trainings on the new standards to her peers from across the state. “Now it’s like, ‘I want you to figure out why or how you can use the facts to figure out a problem.’”

PHOTO: Rebecca Griesbach
Detra Clark, a science coach in Shelby County’s iZone, demonstrates a sample lesson for sixth grade science teachers.

On Wednesday, Clark — a science coach for the iZone, a group of underperforming schools that Shelby County Schools is looking to turn around — unpacked for her peers, who gathered at Arlington High School, a key component of the new material: three-dimensional modeling. Under three-dimensional modeling, students should be able to do something with the content they learn, not just memorize it.

In recent years, Tennessee students have performed better on state science tests than on their math and English exams. But state science standards for grades K–12 haven’t been updated since 2008. By contrast, math and English benchmarks have undergone more recent changes. To give the stakeholders time to adjust, results from next year’s science test, the first to incorporate the new standards, won’t count for students, teachers, or schools.

At the training session, Clark, standing before a room of sixth-grade science teachers, held up a chart with the names of woodland animals, such as elk and deer. Under each name, she tracked the population over time.

“At our starting population, what do we see?” she asked.

“The deer, it decreases again because it’s introduced to a predator,” a teacher responded.

“More resources, more surviving animals” another teacher chimed in.

“How can we explain what happened in year two, when we’re dealing with students?” Clark asked the group.

“The population went up,” a teacher said.

“They start to reproduce!” another teacher interjected.

Clark nodded.

In another classroom, this one composed of kindergarten teachers, Bridget Davis — a K-2 instructional advisor for Shelby County Schools — clicked through a video of fuzzy critters, each paired with a close relative, such as two different breeds of dogs.

PHOTO: Rebecca Griesbach
In a teacher training session on Wednesday, kindergarten teachers highlight the three dimensions of three-dimensional modeling, a key part of new state science standards.

She encouraged the teachers to ask their students what traits the animals shared.

“The first thing they’re going to say is, ‘Well, one’s big and one’s small,” she said. “What we really want them to say is, ‘Well, their fur is the same color,’ or, ‘Mom has a patch of black hair here and the baby doesn’t.’ We want them to look at detail.”

She added, “We want them to get used to being a detective.”

The science standards that have been in place for the past decade fulfills the first dimension of three-dimensional modeling.

Doing something with that knowledge satisfies the second dimension, and the third dimension requires teachers to apply to their lessons a “cross-cutting concept” — strategies that students can apply to any subject, like identifying patterns or sequences.

Under the existing standards, a student may not have been introduced to physical science until the third grade. But starting next year, Tennessee schoolchildren will learn about life science, physical science, earth and space science, and engineering applications, beginning in kindergarten and continuing through high school.

“I do believe that this is the best our standards have ever been, because of the fact that they are so much more detailed than they have been in the past,” Davis said.

About a thousand Shelby County teachers made their way to trainings this week, which were free and open to all educators. Several administrators also met to discuss ways they can ensure the new standards are implemented in their schools.

As with anything new, Jay Jennings — an assistant principal at a Tipton county middle school and an instructor at Wednesday’s training — expects some pushback. But he’s optimistic that his district will have every teacher at benchmark by the end of the 2018–2019 school year.

“We talked before about teachers knowing content, and that’s important,” he said. “But what we want to see is kids knowing content and questioning content. We want to see them involved.”

He reminded other school leaders about last year’s changes to English and math standards, a transition that he said was challenging but smoother than expected.  

“Teachers are going to go out of their comfort zone,” he explained. “But it’s not changing what a lot of them are already doing.”