Software engineer · Researcher
Secure Multi-Agent Systems · Agent Security · Distributed Systems
M.S. Computer Science, Georgia Tech · 2026-2028
I am a software engineer and researcher focused on making autonomous multi-agent systems reliable, secure, and measurable. My current research at Georgia Tech's RAIL Lab explores capacitated many-to-many multi-agent pickup and delivery: scalable task allocation and collision-free routing under payload constraints.
I am building toward secure multi-agent systems that coordinate through controlled tools, respect permissions and operational constraints, and remain resilient to failures or adversarial inputs.
Current research
Building the first step of a broader MAPD research program: a reproducible benchmark for payload-constrained multi-robot logistics. Current work focuses on deterministic task traces, invariant-driven simulation, fair TPMC/RMCA baselines, and conflict-free routing with reservation-table space-time A*; the next phase will develop and evaluate a many-to-many pickup-and-delivery algorithm on this foundation.
In progress · Future build direction
Developing a simulated incident-response environment for permissioned agent coordination, tool safety, fault tolerance, and adversarial evaluation.
I am building a reproducible framework for capacitated many-to-many multi-agent pickup and delivery (MAPD) in payload-constrained logistics environments, with identical task traces, maps, starting states, horizons, and seeds for fair comparison.
Benchmarking is the first phase, not the endpoint: a frozen runnable baseline, explicit Task, Agent, ScheduleEvent, and WorldState models, replayable event logs, and invariant checks for capacity, ordering, assignment, conflicts, deadlines, and executed cost.
After validation, I will develop and evaluate a many-to-many MAPD algorithm. Initial work uses TPMC and RMCA under capacity 1, with A* estimates and reservation-table space-time A*; later experiments will study higher-capacity insertion, allocation, routing, throughput, planning time, and execution cost.
Conference Presentation: “FPGA Implementation of Residue Number System based Digital Differentiator” — peer-reviewed and presented at The International Conference on Signal Processing, VLSI and Communication Engineering (ICSPVCE), Delhi Technological University.
MCP · TypeScript · Playwright · LLM tool use · Failure analysis
Distributed systems · Cloud security · Tenant isolation · Reliability
Focus: Infrastructure as Code (IaC) · Pipeline Efficiency · Resource Optimization
Demonstrated in production/research, with current research and development focus clearly marked.
Current research/development focus
I am a trained Jazz dancer. I approach system architectures much like choreography — both demand precise timing, physical or computational constraints, and structural alignment. When forced into long periods of physical stillness due to three separate ankle fractures, I used that time to independently master advanced data structures and transition my technical focus from hardware engineering to software systems.
I like picking up languages in my spare time. I learned German a couple of years ago, and I'm currently working my way through Italian, on and off, whenever I can steal a few minutes here and there. Alongside English and Hindi, it's another way I get to explore new cultures and ways of thinking.
I read a lot — usually tracking huge yearly goal across fiction, essays, memoirs, and science. You can take a peek at my full shelf of over 500 books on Goodreads, but here is a quick snapshot of what's currently on my desk:
I'm drawn to rich world-building, multi-generational sagas, sharp prose, and books about books. A few of my favorites:
“I am fascinated to presume, as a reader, that many types of people, strange to me in life, might be revealed, through the intimate space of fiction, to have griefs not unlike my own. And so I read.”
— Zadie Smith
That line resonates with me deeply. Reading is how I travel to places I could never go - Rome in the 1970s, quiet UK villages of the 1800s. It's how I come to know about fascinating things: antiquarian books, art, black holes, bookshops across the world, and endless new ideas. Every book leaves me a little more curious than it found me. And that, more than anything, is something I can't replace.