Communication

In this edition of Beyond the Classroom, we discuss the founding of the ArtSci Symposium with Terry Nyugen, who recently graduated from the Biomedical Art and Visualization program, and Naman Srivisvatra, who recently graduated from the Biological Sciences program. While at Rowan, Terry was president of the Neurodiversity Club; Rowan Blog featured her in this interview. In our discussion with Terry and Naman, we learn of their ambition to blend the lines between art and science in order to create a more inclusive and understandable message within research exhibits.

What drew you to Biological Sciences? How do you think your program helped you transition to Biomedical Art and Visualization? 

Naman: For me at least, I picked biology mainly because I had an interest in it for such a long time. I mainly picked biology because it serves as an intersection point between a lot of different fields. I was mainly interested in the ecological and environmental side of it. At some point, I had chosen to pursue medicine but at the same time keep the same interest in environmental and ecological sciences.

With the medicinal aspect, there are parts of it that involve a lot of complex molecular biology along with other aspects that deal with organic chemistry and various other “hardcore” sciences. The Biological Sciences major presented the opportunity for me to get both of those things without having to compromise schedule or taking multiple majors.

The reason I ventured into Biomedical Art and Visualization was because of Terry. Terry had introduced me to the program back in our freshman year. I always had an interest in visual arts, so to me it seemed like a perfect fit where I get to practice science while also working in visual arts and communicating science. At the time I had thought this to be such a unique opportunity that I would not get anywhere else. 

How did you two meet? 

Terry: We met each other freshman year and quickly became friends. Naman just so happened to be in a practice room in Wilson Hall, and I just so happened to be getting ready for a concert that day. We started to introduce ourselves and we found out that we were both pre-med students and an untold bond was formed! That’s how we just got to know each other.

I didn’t really have a lot of pre-med friends at the time and I was looking for them. Naman and I got acquainted and we started signing up for classes together. From there our friendship just kept growing as we started involving each other more in each other’s lives. 

How did you introduce Biomedical Art and Visualization to Naman? 

Naman: The way that I had found out about the program was the day we met when I was in the practice room. I did a lot of musical work as well, I was heavily involved with the Jazz Studies program and Terry was in Classical Piano. The day of that concert I was looking over the program booklet of the concert. In that booklet, it showed all the different names of the students that were involved in the concert as well as the major that they are affiliated with. When I saw Terry’s name and the major next to it, Biomedical Art, I had thought to myself, “I’ve never heard of that, especially at Rowan”. I started to do some research on my own and I found out that it was an entire major. I proceeded to ask Terry about the major and the different types of stuff that are involved with Biomedical Art and Visualization. I found an interest in it and then that following Fall semester I started taking those classes. 

How did you (Terry) and Naman get involved with Biomedical Art and Visualization? 

Terry: In high school I had a lot of different learning issues and curves that I had to overcome. For me, learning visually was a way for me to get the information and ingrain it into my brain. The reason why I specifically chose Biomedical Art was because deep down, I wanted to pursue medicine in high school but I didn’t have stellar performances. I still wanted to stick with science but not commit to it. My strengths were in art and I found ways, especially towards my senior year, to combine the two ideas.

My parents were the ones who found the Biomedical Art and Visualization program. My parents saw my efforts and wanted to find the environment that would put me in the best position to succeed. Even when I took AP Studio Art in high school, my portfolio was based around this idea of combining science and art. It wasn’t until I actually decided to commit to Biomedical Art that I found out it was much broader than I had previously anticipated. It deals with educating and creating different avenues of communication and not just creating beautiful illustrations.

Essentially, I chose Biomedical Art to help teach myself scientific information without outright saying “I go to medical school!” Eventually, once I feel more confident, I’ll say that. I had a love for art but also didn’t want to give up on the rigors of science classes.  

What clubs/projects are you two directly involved in right now? 

Naman: In the past, I was a founder of the American Physician Scientist Association, which was one of the main components of the ArtSci Symposium. Our goal was to help incorporate more vigorous research into medicine. A lot of the time with students that are going through the process of applying to medical school, they really do not have any scientific research experience. It’s not a prerequisite, but it is nice to have.

A lot of my friends, especially during the Covid period, were struggling to find space at labs and weren’t able to get the experience they needed for applying to medical school. And so, I had started working on setting out on an organization on campus that was dedicated towards getting students into research. For a lot of the time, what we figured out what was happening was that it was the students who did not feel comfortable directly reaching out to figures such as research supervisors. With getting into labs, it more than likely comes from word of mouth. It’s direct communication.

Especially since the pandemic hit, research took a huge blow. The pandemic created almost a vacuum, there were students who were actively looking for labs to participate in and you also had students who were leaving; there was no bridge between the two to get students into the labs.

I wanted to create an organization that was dedicated to helping students obtain the research experience that they needed, whether it was for medical school or just if they wanted to pursue science on a deeper level. That was one of the big initiatives that I had here at Rowan. 

Naman: Another one was my protein work over at MIT. Although it doesn’t directly involve Rowan, I still did a majority of the work on that here at Rowan as well as using a lot of the skills that I had learned at Rowan as well. What we did was look for new ways to communicate science. In this process called protein solidification, it was becoming more and more popularized by scientists and faculty members at MIT. I took an interest in it immediately.

As someone who has a music and science background, I thought that my perspective would bring an interesting way to communicate molecular biology. What we did was, it was me, Terry and a couple other of my buddies who were actual music majors and we sat down and looked at the different sequences of protein. Proteins are built out of these tiny pieces called amino acids and there are 20 of them total. We were able to categorize all of these different amino acids into musical notes. Each of them correlates to a different note and what we did was string all of the different notes together into a musical composition.

There’s a level of artistic literacy that is needed to get this to work because of the sheer amount of musician skills needed. I will say it was extremely complex mainly because you get a random string of notes and it was our job to make a cohesive composition out of it and make it sound coherent. We did a lot of work on that, the first time we started on it was back in 2020.

That was for the American Society of Microbiology. The society was doing a bit of an art contest. They had expanded the different forms of submissions that they would accept and so my friends and I saw this as our chance. We sat down and wrote up a composition and even filmed a music video for it. We did not win, but we did manage to get into the finalists category; which, I’ll take! After we were done that one, the following year we saw that MIT was hosting a conference that was built around biological communication and new ventures into science. We sat back down and decided to start back from scratch. We went back at it and selected a new protein, solidified it, and got all of the musical data to start writing our piece for submission. We were planning on actually driving up to Boston, but with covid that really put our plans in awry. It was held virtually but it was a really good experience to be able to talk to so many different people from that area and get an idea of their thoughts when it comes to different projects and ideas. I’m planning on going back again this year. Our group really wants to keep our ideas fresh so we’ve been thinking of integrating new ideas with the project like animation or even being able to communicate how our thought process worked. 

Could you tell us about the initiative, ArtSci, that you two co-founded?

Terry: It started off when we were having lunch outside the student center. I had approached the idea to Naman and said, “What if, and hear me out, we have a symposium where we revolutionize how research posters are presented?” We wanted to figure out a way to change the way in which research posters had been incorporated up to this point because at the time we were learning about having creative outlets for communicating certain things.

With research posters, we wanted to change the foundation of it and have them more focused on communicating the desired message in a more effective manner within the mathematical and graphic design portion of posters. For myself, I remember looking at the examples in classes versus the things that I see in the Science Hall.

I would just wonder what happened if you know, the traditional signs were posted? This mindset was an idea that came up before but it wasn’t as developed as we would have liked it. When I approached Naman with the idea I remember saying, “I really think you can do this.” I knew of Naman’s strengths and I knew that we both had skill sets that would complement each other as well compensate for our own weaknesses. After that lunch we decided to work together from then on. 

Naman: The original idea was something that was proposed a year or two back. We wanted to hold our own research symposium. But at the same time, because we cater to such a broad range of research, we were very self aware and questioned as to how we can make this interesting or something new. The main research symposium that was held on campus had been canceled for the past two years due to Covid, and the person that ran it, Dr. Gregory Hecht, had retired. So there was this vacancy and we saw that kind of as an opportunity to capitalize on.

Naman: During our discussions of the research symposium we knew that we wanted to make it unique in some way because a lot of the supervisions that are held on campus are a one-and-done type of ordeal where you make your poster, present and then you’re done. For both Terry and I, we wanted to put some sort of spin on it, something that would help people actually understand the message of what is trying to be conveyed.

If you go to a standard research symposium it has a lot of texts, a lot of diagrams and a lot of graphs. You’ll be standing there and trying to absorb all that information from somebody who’s not from that specific field which only makes it increasingly more difficult in such an arduous environment. If you’re looking at multiple research posters in the same day, that’s a lot of information for anybody to take in; so, we wanted to distill that process down and make it easier for anybody and make it more accessible for people from all backgrounds to understand the work that’s being put forth by the researchers and the artists.

Our rationale for this idea was to pair together scientists and labs with artists and graphic designers so that two to come can come together and sort of create posters and presentations that effectively communicate the type of work that the researchers are doing in a cohesive and synthesized manner. We sat on that idea for a long time. Before we could get to the point where we wanted to be we had to do a lot of pre-planning. Any idea after thinking critically on it is exceptional in theory, but the nuts and bolts of the idea is extremely intensive. For us, we had to think of ideas such as “Where is it going to be held and when is it going to be held? How much is our budget going to be? Where are we going to spend the money? How are we going to spend the money? How can we get other organizations at fault to potentially either help out, either on the artistic or the scientific aspects? What are additional sources of funding? What are other concerns?”

As most Rowan students know, the university is continuing to get larger within the most immediate sense as well as its general presence. We saw this as a potential joining of the Rowan University students and Glassboro community where people of all backgrounds regardless of circumstances can come and appreciate the work that other researchers have done in an accessible manner. For us, we wanted to make it so that anybody can walk in.  Our whole goal was to make it so that even someone as young as a  sixth grader can walk in and understand everything that’s being presented. This is a very unique opportunity for us to get engaged within the local community, specifically Glassboro and the different communities around it.

There was a lot of planning that we did and there were a lot of people that helped us out along the way. The team ended up being close to around 15 people. We had divvied up the work where there were volunteers who were strictly involved with just the planning committee. Thankfully, our head of volunteers, David Lee, did a lot of work in organizing potential volunteers who were there for both setup and teardown. David and his group helped with reaching out to different departments and finding different sorts of researchers, as well as people who can sort of help us out in this heavy endeavor. We did a lot of work in just [getting] the word [out] on our project and letting both communities know that the symposium was happening. 

You previously stated that accessibility is one of your core values. What made you come to this realization that the current standard of art and scientific diagrams are not as accessible as it should be?

Terry: I think one of the core motivators for us that I forgot to mention was this whole thing sort of was born out of the tension that was between health care and politics that sort of arose from the pandemic. With some people, they shared their own opinions such as not wanting to get vaccinated or not wanting to wear masks for several reasons, such as personal values and beliefs. Although people are allowed to think what they wish, there’s also a degree of not really understanding the scientific aspect of why it’s so important to have this certain action be done as a community.

There are some people you won’t be able to convince no matter what, but there are some who are willing to listen, as long as they understand what you’re trying to communicate. There is an abundance of research that’s being done and a lot of times, you don’t hear about it. Because for instance, you either don’t understand the ideas that are being argued or the information just isn’t accessible. For us and ArtSci, we want to sort of have a centralized place where the research was going to be presented in a way that people could easily understand it with no exclusions. 

You two provide an interesting perspective with Biomedical Art, what made you think of incorporating art into your studies? 

Terry: For me, it’s always been about how easily you can communicate things. If you think of an art museum, or even like a location such as the Natural Science Museum, everything that you see there, you’re not going to see paragraphs and paragraphs of texts. Instead, you’re going to see vibrant exhibits, diagrams and models which are all presented to help visually communicate what the researcher is attempting to argue or convey. At these sorts of spots, you’re not going there to read articles on whatever it is that they are presenting, instead it is presented in a physical concept. A lot of these creative disciplines are very linked to the way we think and the way we talk and the way we communicate with each other. If I say the word apple, you’re not going to think of the word apple; you would think of the actual physical object associated with the word.

Things like that are very important. Just in the way that we communicate as people, presenting things in a way that’s like all very technically correct, in terms of, you know, lots of text, lots of figures, diagrams, and statistics, it doesn’t always immediately click in terms of like, what’s actually being presented and it being completely understood. For myself, I’ve had experiences like this happen such as when I was sitting in a lab meeting, and I was being shown tons of graphs and charts. At the time, I was listening to my lab mates discuss the research that they were doing and I zoned out completely. I had no idea what they were talking about, even though everything was written I had retained none of the information. This is something that I face on a day-to-day basis, but with creative disciplines, it delineates from this monistic way of thought.

How do you feel as if you’re going to adapt and integrate new ideas into the art side? What is the vision like for that right now?

Naman: That’s a great question for our future team. They are very much interested in expanding our original vision. I will say our first plan was a little bit delusional and a little bit naive. We were thoughtful in our planning, but we were overshooting the hell out of it. But I think the new team realizes the mistakes that we made because the people who were on the new team also worked on the old team.

The new team was there to watch which steps we took in order to actualize our original vision. For example, the new team is already aware of hiring more people to help out with communication, because there are plenty of scientists and researchers at the University, but there’s not enough people to actually sit down and communicate the ideas. So being able to have a more diverse group of people to communicate that research to me, is very important. 

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Story by:
Lucas Taylor, graduate English education 

Photography by:
Ashley Craven, sports and communication major