
Honeypot Security Research
Explored deceptive network traps to study attacker behavior and improve threat detection strategies.
- Python
- Networking
- Security

Portfolio
My interests include innovating within the experimental quantum computing space and just building cool things in general.
I'm interested in the intersection of quantum hardware, microelectronics, and the software systems that connect them, with future work focused on FPGA-controlled ion-trap systems at the Duke Quantum Center.
My background spans AI-driven cybersecurity, embedded systems, circuit design, and device characterization. Outside the lab, I serve as Co-President of Duke IEEE and pursue innovation and entrepreneurship through Girls Into VC. In my free time, I'm usually learning guitar or getting lost in high-fantasy romance novels.
Selected work that reflects how I think, build, and learn.

Explored deceptive network traps to study attacker behavior and improve threat detection strategies.
A minimal, responsive portfolio built with Next.js, TypeScript, and Tailwind CSS.
Research, leadership, and hands-on work that shaped how I build and learn.
May 2026 — Present
Duke Quantum Center
Working on FPGA-controlled ion-trap systems, bridging quantum hardware with the software and control layers that operate it.
Jan 2026 — Present
Duke IEEE
Leading student initiatives around engineering, technical community building, and professional development.
Jan 2026 — Present
Girls Into VC
Exploring innovation and entrepreneurship at the intersection of technology, venture, and product thinking.
Open to research collaborations, internships, and interesting technical conversations.