> Watching The World Turn...
🌍 Location Piscataway, NJ, USA
🎓 Education B.S. Computer Science, Mathematics Minor
Rutgers University — New Brunswick (May 2027)
📧 Contact dk1293@scarletmail.rutgers.edu
Languages
Frameworks & Tools
Selected Projects
- 🔗 Quantum Oscillators & The Hydrogen Atom — Interactive simulations of the QHO and Hydrogen Atom derived from first principles, with asymptotic analysis bridging quantum and classical behaviour
- 🔗 RU Makerverse — Full-stack 3D printing management platform (React, Node.js, Snowflake SQL, Firebase, Gemini AI)
- 🔗 Project Resonator — Open-source in-ear monitor engineering, 4-driver crossover design, 30K+ views, $1,500+ seed funding
- 🔗 EarCanvas — Real-time DSP engine in C, 48 kHz at 128 samples, ~0.10 ms processing latency
- 🔗 Clamshell — Rust CLI task management tool, 7,000+ downloads
About Me
I am a Computer Science student at Rutgers University with a minor in Mathematics, drawn equally to the theoretical and the tangible, to the kind of problems that sit at the boundary between disciplines and resist easy categorization.
My technical interests span quantum computing, mathematical physics, digital signal processing, and low-latency systems engineering. A recurring thread across all of them is a preference for building from first principles: understanding not just what works, but why. Much of my recent work has centered on formal mathematical analysis of quantum-mechanical frameworks, including original research contributions developed alongside faculty in mathematics and physics.
On the engineering side, I have built a high-performance DSP engine in C, developed a widely used Rust CLI tool, completed IBM Quantum certification with hands-on Qiskit experience, and worked extensively on algorithmic problems across numerical analysis, graph theory, and dynamic programming. I am drawn to projects where the implementation demands genuine precision, where being approximately right is not enough.
Outside of coursework and research, I produce music and work on hardware fabrication projects, including an open-source initiative to document the engineering of custom in-ear monitors from the ground up. I find that the aesthetics of a well-designed system, whether it is an acoustic transducer or a sorting algorithm, tend to look the same from the inside.
I am actively seeking opportunities in software engineering, quantum computing research, and audio technology, particularly roles where rigor is expected and curiosity is an asset.
Certifications