Unique drawing class fuses art with science

Unique drawing class fuses art with science

After observing plant species in the Arnold Arboretum, students then choose a specimen to illustrate.

The curvature of a bird’s beak. The hue of a flower’s petal. The texture of a tree’s bark. Although many may consider the spheres of art and science to be entirely distinct, their observations of the natural world fall hand in hand.

Through the creation of scientific illustrations, the Drawing for Understanding in Field Science course employs both artistic and scientific knowledge, making it one of the most unique and all-encompassing classes offered at the high school.

According to visual arts teacher Donna Sartanowicz, the idea for the course was initially conceived when she and Jill Sifantus, a retired science teacher, partook in a workshop at Harvard University. The workshop highlighted the close relationship between illustrations and the study of the natural world. Feeling inspired, the two of them accepted a grant from the Innovation Fund to establish the course, where Sartanowicz would teach the artistic aspects while Sifantus would teach the scientific aspects.

Students took a field trip to the Arnold Arboretum to gain inspiration.

Sartanowicz believes that this course gives students, who may be apprehensive of the arts, an opportunity to see that there is more to it than they might think.

“For me, I felt like a lot of kids were afraid to take art because they think they’re not talented, or they’ll have to draw self-portraits, or paint feelings, or whatever, but art has a very practical side,” Sartanowicz said. “It’s a way of studying the world and communicating what you know.”

Similarly, Visual Arts Curriculum Coordinator Alicia Mitchell believes that the interdisciplinary nature of the course makes it attractive to both students who are interested in science and art.

“It’s a good class for either student,” Mitchell said. “It’s good for the artist who wants to get better because this class hones in on observational drawing, attention to detail, and accurate reproduction. For the student who loves science, to find out that their love of science can blossom into a different career and way of expressing themselves can really open up their thinking around the sciences.”

Ultimately, the course began receiving financing from the high school itself rather than the Innovation Fund. With this, only one teacher was permitted to teach the class, leaving Sartanowicz as the sole instructor.

As an arts teacher, Sartanowicz felt like she needed help to incorporate the scientific elements of the course. To do this, she invites graduate students from Harvard University to give presentations that are relevant to their curriculum.

“I decided if I couldn’t have a science teacher, I would have scientists instead,” Sartanowicz said.

Apart from in-class studies, the course has the opportunity to create and display illustrations at the Arnold Arboretum. During the first semester, students visit the Arboretum to see its extensive library, herbarium, and gardens before choosing a specimen to base their drawing off of. Their work is then put on display, with the last exhibit having gone from Dec. 1 to Jan. 15.

Junior Anjali Mitra, for example, chose the Japanese Zelkova tree because it grows in her neighborhood, so she found a personal connection with it.

After their trip to the Arnold Arboretum, students then chose an specimen to illustrate.

According to Mitra, scientific drawings like the one she did for the Japanese Zelkova are all about a balance between what is written and what is shown.

“You find certain aspects about the organism that you want to convey through your art, and other ones you want to convey through writing,” Mitra said. “You can’t draw the name of the tree, but you can write it. Sometimes, the leaf shape is more easily drawn than described. So you find something you’re interested in, deepen your understanding about that thing, and then try to convey your sense of wonder through

your art and how you put together your piece.”

Sartanowicz also believes that illustrations, as opposed to photographs, allow for a greater understanding of the subject matter.

“Drawing is much more active than taking a photo,” Sartanowicz said. “You spend much more time and much more of your attention understanding the form, how it’s all put together, and how it works.”

From the scientific knowledge gained from research to the emotional connection that is felt with the subject matter, Mitra sees these illustrations as a bridge between the worlds of art and science.

“Art is a lot more emotional,” Mitra said. “In some ways, it’s how you think and how you feel. Science is the things you know, and combining the things you know with the things you feel can create very powerful pieces.”

JACKIE PERELMAN/SAGAMORE STAFF

Harris Bubalo, Arts Editor

Q&A: Drawing for Understanding in Field Science

Q&A: Drawing for Understanding in Field Science

BHS Visual Arts teacher Donna Sartanowicz describes the evolution of the Innovation Fund Class, “Drawing for Understanding in Field Science.”

Drawing for Understanding in Field Science at the Arboretum 01 - © Sander SorokHow did you come up with the idea for the course?
It came from a workshop that Jill Sifantus, a since retired biology teacher at BHS, and I attended at Harvard University. The workshop focused on the very close relationship between art and science at the advent of serious scientific study of the natural world. Drawing was a routine part of studying the natural world for communicating ideas and discoveries.

What was the goal?
From our different vantage points — Jill, in the science department and I in visual arts — both came away thinking that this very old school idea would be a great new way to engage students in learning both subjects. Students learn in different ways and drawing is another system — just like language or mathematics — that they can use to learn information and express understanding.

Can you describe the Innovation Fund’s role in developing and expanding the course?
We were fortunate to have this idea while teaching at Brookline High School because of The Innovation Fund, which allowed us to put our idea into practice. The Fund’s review board was instrumental in helping us to hone our idea and think through all the possibilities. The grant money allowed us to teach and learn collaboratively for three years and this was some of the best professional development I have ever experienced. Working with Jill to integrate science teaching into the way I teach art enabled me to confidently teach this course on my own once the grant period was over.

This partnership opportunity resulted in a course so unique to our school that teachers from other schools have asked to visit and learn about this program, so they might propose something similar for their students. The ripple effects of the Fund’s generosity in supporting innovative educational ideas is spreading even beyond the walls of Brookline High School.

Drawing for Understanding in Field Science at the Arboretum 16 - © Sander SorokWhat happened after the three-year funding period ended?

After the funding period was over, the school picked up the class but did not keep it as a co-taught class. Since Jill was much closer to retirement than I was, it seemed better for me to continue the class solo. Although the three years of the grant were like “biology boot camp” for me (I hadn’t taken bio since high school) I decided that to keep up the rigor of the science end of the class, I would invite scientists into my classroom.

I had taken a project-based learning workshop a few years ago that stressed real-world questions and connecting with the professional community for launching, guiding, and giving feedback to students. In that first year after the grant, I did a lot of work setting up partnerships with institutions like the Arnold Arboretum, the Blue Hills Trailside Museum, the Harvard Museum of Natural History, and graduate programs at Boston University, Rhode Island School of Design, Harvard University and Tufts University.

Drawing for Understanding in Field Science at the Arboretum 11 - © Sander SorokHow has the partnership with community organizations benefited the course?
The institutions allow my students to have experiences with the natural world and to hear about people working in the field as naturalists, curators, educators, illustrators, and researchers. Though the universities I have connected with graduate researchers who present their research and talk to my students about what it is like to study and travel the world as part of their research. So much of what students learn about in regular science classes is second-hand information from books. Having the researchers come in helps students to understand that science is not a fixed set of information — that there is still more to be investigated and understood and that they could be a part of that.

In its sixth year, the class seems to have a great reputation. What’s happening now?
I have presented this course as a visiting speaker in the art education department at Boston University last year and will do so again this year. I have also presented this work, for the second time, at the National Art Education Association Conference this year. I continue to meet individually and informally with both art and science teachers from other schools/districts wanting to start a similar course.

Many in the education field talk about interdisciplinary and STEAM [science, technology, engineering, art, and math] classes but few receive the kind of support we got from the Innovation Fund to make it happen. The impact on students has been tremendous, as evidenced by the continued popularity of the course and students recommending it to other students.

Interview by Jennifer B. Wells

Pathways to Success

Pathways to Success

Siena Fried scientific artBHS 2013 alum Siena Fried describes the impact of Innovation Fund class, “Drawing for Understanding in Field Science,” on her career.

In 2012, Siena Fried was a student in the pilot class of “Drawing for Understanding in Field Science,” supported by the BHS Innovation Fund. Siena had previously taken drawing and painting classes with BHS Visual Arts teacher Donna Sartanowicz, and saw the class as the perfect combination of her passions.

“I love biology, and I love art. This class was a way to do both.”

The class honed her skills and taught her how to observe something from real life and capture it on paper. Siena credits Ms. Sartanowicz for her mentorship and support in developing her portfolio for college applications. She also credits BHS for preparing her well for the Cleveland Institute of Art where she graduated in 2017.

Even better, the Innovation Fund class led Siena to her career as a biomedical artist. A biomedical artist, in many ways, is like a visual translator. As a bio-communication professional, Siena illustrates complex scientific concepts for research as well as the public.

Siena now works for a company in Newton that creates medical apps for students to help them understand human anatomy and physiology even before they touch cadavers, let alone real patients. “It’s safer and easier to have something digital,” she says. She also freelances for pharmaceutical companies. Patient education is a passion. She enjoys creating visual images for education materials that help patients understand procedures and make them less daunting.

Biomedical art has many avenues beyond medical education. A friend of Siena’s designs exhibits for a natural history museum. Attorneys use scientific illustrations to explain medical information to juries. Other medical illustrators specialize in certain areas like surgery or ophthalmology, or in types of media, like animation or 3D models.

Five years since taking Drawing for Understanding in Field Science at BHS, Siena remains enthusiastic about the class. Because her sister, a BHS senior, is taking the class and Siena keeps in touch with Ms. Sartanowicz, she knows that the class has evolved. “It was great when I took it, but it’s even better now,” she says. “I would retake it if I could.”

— Jennifer B. Wells

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