Thomas Unise
Julianna Schneider, an MIT senior double-majoring in artificial intelligence and mathematics, exemplifies how technology can be harnessed to solve real-world problems. From robotics research to app development, her work demonstrates the power of interdisciplinary approaches to innovation.
NerdXing: Democratizing Course Selection
Schneider’s latest project, NerdXing, is a tool designed to help MIT students navigate the complex web of course options. Created alongside other members of the MIT Schwarzman College of Computing Undergraduate Advisory Group, NerdXing allows students to search for classes and see what courses others have subsequently taken, including less obvious pathways.
“I hope that NerdXing will democratize course knowledge for everyone,” Schneider explains. The tool is particularly valuable for freshmen who haven’t yet chosen their majors, helping them discover unexpected academic paths that align with their interests.
From Classical Piano to Robotics
Schneider’s journey began in Albania, where she was a classical pianist before discovering robotics at age 13. She draws parallels between the precision required in piano playing and robotics: both demand consistent excellence in executing complex tasks.
Her passion for robotics quickly flourished, leading her to win 14 regional and national awards with the teams she led during middle and high school.
Technology with Purpose
At just 16, Schneider created VoluntYOU, an app connecting English-speaking volunteers from her international school in Albania with local charities posting opportunities only in Albanian. The platform has since expanded globally with 18 ambassadors across four continents, supporting various humanitarian efforts.
At MIT, Schneider works in Professor Sangbae Kim’s Biomimetic Robotics Laboratory, where she has contributed to three research projects. Her focus has been on developing controllers for robots, including a hybrid learning and model-based controller for robots with limited computing capacity—technology that could be deployed in regions with less technological infrastructure.
Interdisciplinary Approach
Schneider’s academic path reflects her belief in crossing disciplinary boundaries. Her double major in AI and mathematics, combined with mechanical engineering research, allows her to approach problems from multiple angles.
“This process of finding a problem in my community and then finding the right technology to solve that—that sort of approach and that framework is what guides all the things I do,” she says.
Future Vision
Looking forward, Schneider aims to advance robotic capabilities for applications that serve communities worldwide. One of her goals is to help develop technology enabling remote surgery, potentially bringing specialized medical care to underserved areas.
Beyond academics, Schneider maintains balance by participating in MIT’s social dancing scene, particularly enjoying country line dancing events.
Key Takeaways
Schneider’s work demonstrates several important principles:
- Technology development should be driven by community needs
- Interdisciplinary approaches can lead to more effective solutions
- Skills from seemingly unrelated domains (like music and robotics) can inform each other
- Student-led innovation can address meaningful gaps in systems and services
- Robotics has potential for high-impact applications in critical human scenarios
Through her various projects, Schneider exemplifies how technical expertise combined with community awareness can create technologies that make a meaningful difference in people’s lives.
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