
Systems
Works with the stack you have
TypeScript, Python, C++, Rust. Production systems that sit next to what already runs. No rip-and-replace.
dhruv@umich:~$ whoami
Building production intelligent systems. Writing fiction and philosophy at the edge of physics.
Built with experience at
The work
CS @ University of Michigan · Author · SWE @ Visa (AIMS) · Co-Founder @ Nadir · NASA · CERN IceCube

Systems
TypeScript, Python, C++, Rust. Production systems that sit next to what already runs. No rip-and-replace.
Research
I care about systems that survive production: sensor fusion under drift, stream processing at financial scale, and computer vision pipelines that actually ship peer-reviewed results.

Shipped
ADAS drift detection, payment telemetry, peer-reviewed imaging pipelines. You review the exceptions.
Experience
I'm a CS student at Michigan building production intelligent systems: ADAS calibration at Nadir, sub-second payment telemetry at Visa, and open-source quant and vision tooling on GitHub. I'm also a published author of literary fiction and philosophy at the intersection of physics and consciousness.
18+
Public Repos
3+
Publications
2
Books Published
5
Research Labs
May 2026 - Present · Austin, TX
Software Engineering Intern, AIMS
Architecting AIMS (Active Incident Management System) from greenfield on Visa's full-stack data pipeline and quantitative infrastructure team. The system replaces manual L2 escalation with proprietary routing logic, statistical and algorithmic escalation policies, AI technology triage, and real-time classification over production payment telemetry in the Visa data lake.
Read moreMar 2025 - Aug 2025 · Detroit, MI
Software Engineering Intern
Engineered simulation and control software for a 1:10 scale wind tunnel. Integrated PCB firmware, CAD, and CFD pipelines with object-oriented control loops, which improved biomimetic airfoil lift-to-drag ratio by 18% versus the baseline geometry.
Read moreJun 2024 - Sep 2024 · Princeton, NJ
Software Engineering Intern
Implemented Background-Oriented Schlieren (BOS) imaging algorithms in Python and MATLAB, then applied PyTorch models that improved turbulence visualization accuracy by 35% against OpenCV / OpenPIV baselines.
Read moreApproach
My path runs through NASA wind-tunnel simulation, Princeton PPPL fusion imaging, CERN IceCube neutrino ML, and U-M Climate & Space spacecraft telemetry, plus founding Hooply and shipping bomIQ, IVSurf, and KiloFlicks.





Contact
Open to software engineering, autonomous systems, and ML infrastructure roles. Always interested in hard technical problems at the intersection of research and production.