AyJae Donis wanted to pursue a career in quantum technology—but knew she needed a few more skills before she could launch herself into field.
As an undergraduate at the University of Chicago Pritzker School of Molecular Engineering (UChicago PME), she studied quantum engineering, with an eye on becoming part of the second quantum revolution. But as she neared graduation, “something was missing,” she said.
“I looked around at master’s and PhD programs to learn more about quantum,” she said. “I wanted to dive more deeply into the topics.”
But she soon realized the programs she was looking for could be found right here: UChicago PME’s Master of Engineering program. As part of the computational modeling of materials track, she studied computational modeling while taking electives in quantum engineering. She delved deep into learning about Monte Carlo simulations and semiconductors—knowledge she knew could be applied to quantum technology.
Along the way, she was guided by the program faculty, who were always eager to help.
“All the professors and staff are extremely kind and helpful,” she said. “If I ever had questions, they were willing to meet up and have a full-length conversation about it. The environment is very welcoming.”
She also took courses in ethics, product commercialization, and communication, which will be useful in any career path she chooses. “I just learned so much that will help me in any industry setting,” she said. “I learned not only the concepts of quantum physics but also specific skills in how to communicate properly, and how to be flexible and adjust to your surroundings.”
She got her chance to test out her newfound skills when she got an internship at memQ, a Chicago-based quantum startup founded by UChicago alum Manish Singh. The company is developing quantum network architecture through quantum modems, memory, and switching and routing.
There, Donis helps characterize optical devices by running experiments on photonic chips. She also uses her coding and simulation skills she learned in school. “It’s a start-up, so I do a little bit of everything,” she said.
Outside of school, Donis spends time with her roommates and her cat. “A lot of people who work in the quantum field have cats,” she joked.
As she finishes up her degree, she has begun looking for a job in quantum optics or semiconductors, with an ultimate goal of becoming a full-stack quantum engineer.
And though much of quantum technology is still theoretical, she wants to be a part of making that theory a reality. To do so, she wants to stay in Chicago, an emerging hub for quantum innovation. “I’m just really excited to join the quantum field,” she said.
2025 International Year of Quantum Science and Technology
The United Nations declared 2025 the International Year of Quantum to mark a century of progress in quantum science and engineering. The University of Chicago and its partners join the celebration of the groundbreaking fields that continue to positively impact lives around the world.
