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2005_vprdoc PSpreads2.qxp - University of Akron

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Most pr<strong>of</strong>essors will tell you that teaching is<br />

learning. For Dr. Francis S. Broadway, teaching and learning<br />

seem to be compounding themselves. Broadway, an associate<br />

pr<strong>of</strong>essor <strong>of</strong> education in the Department <strong>of</strong> Curricular and<br />

Instructional Studies, has found that he also continues to be<br />

somewhat <strong>of</strong> a student as well.<br />

Lately that compounding factor has become even more evident<br />

as Broadway’s research has led him to work with The <strong>University</strong><br />

<strong>of</strong> <strong>Akron</strong> chemical engineering faculty. For the last three years or<br />

so, he’s been part <strong>of</strong> a design project that looks at learning about<br />

engineering and teams.<br />

“That work is really fun because I’m working with engineers in<br />

that field,” Broadway says. “I’m not very much <strong>of</strong> a chemical<br />

engineer, but I’m learning.” Not just because he wants to, but<br />

because he has to. Broadway’s specialty is science education.<br />

“These days, science evolves more quickly than life itself. You<br />

have to keep up.”<br />

With that in mind, Broadway makes sure to incorporate his<br />

research into his teaching, particularly at the graduate level,<br />

though he says he’s begun to do that in undergraduate courses<br />

as well. “My approach to doing research is it’s a way <strong>of</strong> teaching<br />

and a way <strong>of</strong> learning,” he says. “In science education, probably<br />

the most popular buzzword right now is ‘inquiry-based<br />

instruction.’ I’m a proponent <strong>of</strong> open-inquiry: having to pose<br />

questions through structure.”<br />

Broadway likens research to learning to walk, an analogy he<br />

shares with his students. Children, after all, begin learning before<br />

they ever attend a school. They learn to walk, as Broadway<br />

explains it, “without a syllabus saying a certain thing will happen<br />

on a certain day. “They finally learn how to walk,” he adds. “I<br />

find what I get to do is, ask the questions without knowing the<br />

answers. I get to develop<br />

the answers I already<br />

have; to add to the<br />

knowledge base without<br />

simply rehashing it.”<br />

Broadway<br />

Broadway is among the few science<br />

educators using queer theory and critical race<br />

theory as frameworks for understanding<br />

science teaching in the instruction <strong>of</strong> learning.<br />

With the “No Child Left Behind” policies<br />

mandating more work on reading and<br />

mathematics, Broadway’s goal has been to<br />

incorporate those skill areas into science<br />

classes. “I have to find some way <strong>of</strong> taking<br />

science teachers and get them to integrate<br />

instruction,” he says. “So, I have decided to<br />

look at science instruction and reading and<br />

how they complement each other, or don’t.”<br />

The ultimate goal is to have primary and early<br />

childhood teachers really understand how to<br />

do quality science instruction and have quality<br />

reading instruction built in. Broadway’s hope<br />

is to create a research base that says that<br />

quality science instruction does demand<br />

quality reading instruction.<br />

Broadway likes to incorporate his students in<br />

his research — for their benefit, not his. He<br />

has found that the more students are involved<br />

in research, the more they will use research<br />

when they finish their educations. “I really like<br />

to have them involved in quality research,” he says.<br />

“I would say what I like the most about working with students in<br />

terms <strong>of</strong> research is that it gets back to very close to innate<br />

learning,” Broadway says. “As a teacher educator who’s trying<br />

to teach people how to teach, I want people who want to learn.<br />

Research allows me to actually show students how to inquire.”<br />

Halasa<br />

Freeman<br />

Ph.D. candidates Katrina Halasa and<br />

Ramona Freeman have had the benefit <strong>of</strong><br />

forging an unparalleled learning<br />

environment with their research adviser,<br />

Dr. Francis Broadway, particularly in this<br />

critical time when they are cutting their<br />

own research teeth.<br />

18<br />

“He thinks <strong>of</strong> you as a colleague,”<br />

says Halasa. I think the thing with<br />

Dr. Broadway is he’s willing to show you<br />

the ropes <strong>of</strong> how to be a successful<br />

researcher, how to network, how to build<br />

yourself a solid line as a researching<br />

individual, to take you to the next step<br />

from the classroom.”<br />

And it’s in the classroom, says Halasa,<br />

where Broadway encourages his students<br />

to do their research. “We need to do<br />

more classroom research,” she says. “He<br />

helped push me in a different direction<br />

so my classroom work could cross over<br />

into the research.”<br />

From Freeman’s point <strong>of</strong> view, Broadway’s<br />

instruction is at its best when he<br />

encourages his students to think on their

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