Research
I design low-cost, bio-integrated sensing systems that bridge physical hardware and data-driven modeling. Recent projects include:
- PhytoBits a frugal sensing toolkit for monitoring plant physiological rhythms in educational and research settings.
- CAM Scope bio-compatible, hydrogel-based organic electrochemical transistor(OECT) device for in-vivo monitoring of plant metabolic dynamics.
My broader interests span bio-integrated electronics, ubiquitous computing in living environments, and computational tools for scientific learning. My long-term goal is to develop intelligent sensing systems that extend AI beyond screens and into physical, biological environments.
Publications
News
- Apr 2026 Paper on PhytoBits posted to arXiv: a frugal sensing toolkit for plant science education.
- Mar 2026 Attended TEI 2026 (Tangible, Embedded and Embodied Interaction) conference, University of Chicago.
- May 2025 Awarded the Best Computer Engineering MS Thesis Award at Northwestern's McCormick School of Engineering
More
Beyond research, I am passionate about service and community engagement. I mentor students in STEM, volunteer in science education initiatives, and build interactive systems that make technology accessible. I also love musicals, movies and concerts, whether attending performances, helping backstage with productions, or simply enjoying them as a creative outlet.
Cat·act 🐱
Office: L470, Technological Institute, 2145 Sheridan Road, Evanston, IL 60208
qitongli2025 [at] u.northwestern.edu · Google Scholar · GitHub · LinkedIn