Hello, I'm Arpit Singh Gautam

I am a Data Scientist in the CSG CTO Lab at Dell Technologies, working on efficient LLM inference and the reliability of large models. My research identity is efficiency × reliability for foundation models: making large models cheaper to run and more trustworthy.

My deepest current line is the reliability of quantized models - what post-training quantization does to calibration, factual recall, and security, and how to preserve each cheaply. My work appears at EACL 2026 (FEVER) and AAAI 2026 (ToM), with preprints on RL-based quantization (RAMP) and disaggregated LLM serving (StreamServe).

Research interests: LLM systems & efficient inference - quantization, KV-cache optimization, serving · Trustworthy / honest LLMs - hallucination, calibration, safety · Reinforcement learning & reasoning for foundation models · Interpretability / mechanistic ML

Arpit Singh Gautam
0 Publications
0 Yr Full-Time Exp
0 Talks, Panels & Mentoring
0 Hackathon Wins
0 1-on-1 Students Helped 5/5 on TopMate ★

Recent Updates

Papers · Projects · Talks · Blog posts - all in one place.

Patent filed
Patent · Filed
U.S. patent application filed - Federated and Self-Learning Techniques for Root Cause Detection in Edge-Cloud Environments
May 2026
Co-inventor on U.S. Patent Application No. 19/670,270 (pending). A further 6 Edge-AI inventions have been approved for USPTO filing by Dell's internal patent committee.
SAIR Mathematics Distillation Challenge
Competition · 29th of 1000+
2026
Distilled equational-implication reasoning over magmas into a 7.44 KB decision-procedure cheatsheet: 60.2% accuracy at $0.00037 per problem, smaller and cheaper than the first-place entry. Read the writeup →
StreamServe
Paper · arXiv
Apr 2026
A prefill-decode disaggregated serving system co-optimizing multi-signal routing and dynamic speculative execution: 11-18× latency reduction and up to 4.4× average throughput over TP-vLLM baselines on 4× A800 GPUs.
newt and deuteron
Project · Open Source
2026
Maps Python block-level semantics onto GPU thread layouts via NVRTC. Reaches bandwidth parity with OpenAI Triton on memory-bound kernels, and 110 TFLOP/s on FP16 tensor-core matmuls using custom PTX intrinsics and swizzled shared memory.
LLM Quantization Gallery
Project Launch
Apr 7, 2026
An interactive gallery comparing INT4, INT8, GPTQ, AWQ, QLoRA and GGUF methods - with perplexity scores, memory footprints, and throughput benchmarks side by side. Read the blog post →