Sophie Paul is among the hundreds of students who graduated from the College of Engineering this spring. In addition to earning a bachelor’s degree in materials science and engineering, she was one of the first students to also have completed the additional major in Engineering and Arts.
The St. Louis, Missouri native has long been into art. She’s been making pottery for 10 years. So, when a professor in a first-year sculpture course told her about the additional major, she decided to pursue it.
“I was already pretty creative, and the Engineering and Arts additional major seemed like a great way to fill my general education requirements,” said Paul.
As a materials science and engineering major, she found many ways to incorporate the science with the art. In her capstone course, she created 3D printed pop-up textiles for modular interlocking wearable fashion.
She had to study materials research papers, as well as art blogs, to develop the novel approach she came up with: 3D printing filament onto stretch jersey fabric. The process involved a lot of trial and error. She had to study and test the properties of the filaments to prevent warping and get the fabrics to pop up in just the right way.
It’s pretty frustrating when it doesn’t work. There’s a lot of trouble shooting when you work with materials. But it’s so rewarding when you finally get it right.Sophie Paul, Engineering and Arts graduate, Carnegie Mellon University
“It’s pretty frustrating when it doesn’t work. There’s a lot of trouble-shooting working with materials. But it’s so rewarding when you finally get it right,” said Paul.
Such hands-on experimentation not only deepened her understanding of the kirigami, or self-folding, cut origami craft she was learning, but the process was also very relevant to learning the chemistry and geometry used in materials science.
Findings from her honors thesis will be submitted at an upcoming human computer interaction conference. She applied kirigami methods of cutting and folding paper to design shutters that use sensors to automatically open and retract efficiently and conserve energy. She completed the research under the direction of Lining Yao in the Morphing Matter lab.
The intersection of disciplines, innovation, and curiosity is exactly the type of learning and discovery the BXA Intercollege Degree programs sought to create when it was developed in 2018. The BXA programs also combine arts curriculum with humanities, science, and computer science. Students, like Paul, whose primary major is in engineering, choose their arts concentration from the College of Fine Arts’ Schools of Architecture, Art, Drama, or Music.
Paul says that she relied upon the additional support she got from academic advisors who served as liaisons between CFA and engineering. In addition to her primary advisor in the College of Engineering, she had a CFA academic advisor to guide her focus in the arts.
“They really helped me with the scheduling challenges. Other than two art history courses, all of my other arts requirements were three-hour long studio courses that were sometimes hard to coordinate with my engineering courses,” explained Paul.
She says the extra effort to pursue the additional major was a good investment that will serve her well when she enters the University of California at Santa Barbara in the fall to pursue a mechanical engineering Ph.D. in soft materials.
Pictured, top: Sophia Paul’s 3D printed pop up textiles for modular interlocking wearable fashion was displayed at the All for Love: CMU Senior Art 2022 exhibit, where visitors were invited to “please touch” the modular fabric creations.