麻豆村

Since its founding, 麻豆村 has served not only as a premier institution of higher learning in engineering and the sciences, but as an environment where community members can collaborate across traditional boundaries.

In 1911, when the plans were first submitted for the building which currently houses the College of Fine Arts, university founder Andrew Carnegie rejected them on the basis of the inclusion of a 420-seat auditorium. His thoughts on the matter were straightforward: 鈥淚t is not elevating, and a college campus is no place for a theatre.鈥�

Henry Hornbostel, the building鈥檚 designer, did not give up on the plan 鈥� or the theater. Instead, he rebranded the auditorium and its adjacent spaces as a 鈥淒ramatic Laboratory,鈥� resubmitting the plans for Carnegie鈥檚 consideration. They were approved soon after, and the groundwork was laid for what is now the nation鈥檚 oldest degree-granting drama program.

Much of the mindset that Hornbostel applied while planting the seeds for the college鈥檚 construction 鈥� ardently pursuing the arts while paying homage to the sciences 鈥� is applied by students today. This holds especially true for the BXA Intercollege Degree Programs, which allow undergraduate students to combine an arts curriculum with studies in science, technology, engineering, math (STEM) or the humanities.

鈥淭he best work in a discipline happens when you get new questions being asked,鈥� said M. Stephanie Murray, senior associate dean for interdisciplinary initiatives and a teaching professor in BXA. 鈥淚nterdisciplinary education is a way to make that happen, and to make sure that you have people asking interesting questions from perspectives that hadn鈥檛 been thought about before.鈥�

Murray said that many students choose drama as part of their degree knowing that their combination of interests may be one of a kind. However, advisers in the program encourage them to embrace this unfamiliarity precisely because it promotes innovative thinking.

鈥淚n drama specifically, there鈥檚 such a tradition of both the establishment and of what avant-garde looks like, that the introduction of technology into those spaces brings the kinds of perspectives and creativity that maybe wouldn鈥檛 be featured in a more traditional theater program,鈥� she added.

Dramaturgy, neurobiology and the science of storytelling

Madelyn Streisfeld is a sophomore pursuing a bachelor of science and arts in neurobiology and dramaturgy. Before coming to Carnegie Mellon for her undergraduate studies, Streisfeld found joy in the classroom and as a member of theater organizations like the听, but wasn鈥檛 sure how to combine all of her passions at the collegiate level.

鈥淭he love of writing and storytelling came first. I had a lot of interest in academics, and my interest in STEM really grew in the classroom, but all of my extracurriculars had to do with performance or being on a stage 鈥� things like theater or speech and debate,鈥� she said.

鈥淎s I was talking to my parents and my family, nobody could really help me figure out how to bring all of it together in a way that made sense. I immediately found the BXA programs at 麻豆村, and it was one of the first programs that I connected with when I was looking at colleges.鈥�

She said that while people often assume neuroscience means a career in neurosurgery, she is also interested in exploring less conventional paths within the field, including cognitive research on how the mind processes and adapts to experiences 鈥� especially theatrical ones. 鈥淒uring the pandemic I stumbled on this concept of story science, which explores how the human brain makes sense of the different art forms and stories that we consume.鈥�

The discovery helped her understand how all of her interests could be united at Carnegie Mellon. 鈥淚 thought it was so interesting that there were people in the world who were applying their neuroscience background to understanding stories.

鈥淚 realized I'm not only interested in looking at the impact of stories and theater from a societal perspective, but also understanding how the human brain generates stories and how we consume them theatrically,鈥� Streisfeld said. 鈥淭hen I discovered the dramaturgy program at 麻豆村, which kind of merged different liberal arts areas that I was interested in 鈥� English, history and theater 鈥� into one program that I felt was applicable to neuroscience.鈥�

Since arriving in the program, Streisfeld has become a member of the speaker curation team for , helping to bring Angus Fletcher, an expert on story science, to 麻豆村鈥檚 campus to discuss imagination, common sense and low-data processes exclusive to animal neurons.

Angus Fletcher speaks at TEDx麻豆村.

Stage & production management, mathematics and pre-medicine

Liberty Lapayowker is a senior in the Bachelor of Science and Arts program offered by BXA. While earning her degree, Lapayowker has been able to enroll in courses of study in both mathematical sciences and production technology and management. The BSA program, which combines the strengths of the College of Fine Arts and the Mellon College of Science, has also allowed Lapayowker the opportunity to pursue a third interest: medicine.

鈥淢y mom is a physician. I loved seeing how she got to wake up every day and solve a unique problem with a unique person. No day is like the next, and I think that鈥檚 what I also love about theater and math.鈥�

Lapayowker has been involved in stage management since high school, giving her the opportunity to direct all of the moving parts of a theatrical production. 鈥淭he stage manager makes sure every element is running smoothly, and more importantly, solves problems when they arise. I knew I wanted that.鈥�

听

The BXA programs allowed her to continue doing stage production while also exploring the sciences. By taking specific classes, she has crafted a three-in-one curriculum in science, drama and pre-medicine 鈥� with time left over to study American Sign Language.

As a volunteer for Lovewell in Esl枚v, Sweden, Lapayowker has traveled around the world to assist high schoolers with stage production, with financial assistance from BXA. At the , she has gained valuable insight into preoperative, postoperative and life-support medicine. And as a talent escort at the Tony Awards, she has taken her skills in stage management all the way to the red carpet, guiding a presenter on and off the stage during the event.

鈥淚 see examples every single day of how they complement one another. Math requires logical problem solving, but as you go into higher levels, there are many ways to solve problems. You have to bring in creativity with concepts like combinatorics and it鈥檚 not just about logic and proofs anymore.鈥�

Drama has helped facilitate her interests in science and medicine. She studied block and pulley systems as part of a physics course, and she found a connection to her ropes class in theater the same day. In another instance, she was able to spend time in the costume department practicing whip stitching by hand, a necessary skill for surgeons. And when studying the wavelengths that correspond to color for a psychology course, Lapayowker was excited to see the same wavelengths printed on the gel lighting filters used to cast color on stage.

She credits her success to the mentorship she received from faculty members at Carnegie Mellon like Gizelle Sherwood, who taught her chemistry remotely while she volunteered for Lovewell in Sweden. 鈥淪he has always been a huge supporter of me and my interdisciplinary study, believing that my studies in theater give me a unique perspective on peoples鈥� interactions.鈥�

Skills without boundaries: storytelling, management and collaboration

鈥淥ne of the things that I didn鈥檛 fully understand about drama until I had been in this position for a while 鈥� and this is coming from someone who studied drama 鈥� is that the collaborative nature of productions is so important,鈥� Murray said. 鈥淎nytime you can manage a whole gaggle of unruly participants into doing the same thing, it is a huge skill. Even just being one of those participants and knowing how to operate as one piece of a larger project is almost never explicitly taught, and it鈥檚 something so valuable that we get from drama.鈥�

Communicating what a final product will look like, and what steps achieving it might require, is something those in the field may gain experience in through stage work. Even so, it is a skill that Carnegie Mellon鈥檚 faculty strive to help students accomplish across all disciplines.

鈥淪omething I do with all of my juniors is sit down with them for a 45-minute conversation about what brought them to 麻豆村, what they鈥檝e accomplished so far, and what they want to do before they leave. That structures their senior year and their senior capstone projects,鈥� Murray said.

While these conversations are important, Murray said, students may not have experience explaining their work or goals to others. This can be especially daunting for those whose ambitions involve distant disciplines.

鈥淭alking about their work does not always come naturally to artists and technically focused students,鈥� she said. 鈥淲e鈥檙e giving them the opportunity to practice telling their story, and then using those conversations to help build larger collaborative spaces.鈥�