Research
I work across electromagnetics, adaptive RF systems, and biomedical imaging, with a focus on designing hardware that performs reliably in dynamic, real-world conditions. My research integrates digitally programmable RF architectures with flexible and wearable conductor technologies. I currently apply these principles to advance MRI hardware design, making imaging systems more universal, accessible, and easier to use.
Current Research Goals- Create adaptive, tuning-free RF architectures that operate robustly across diverse environments
- Explore flexible and wearable sensing/imaging systems for next-generation biomedical imaging applications
- Develop open-source hardware and design frameworks for the community to improve design access.
- Translate designs into clinically relevant devices and systems
