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 Efficient × Trustworthy Foundation Models: making large models cheaper to run, and understanding what compression does to their reliability and safety.

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 PRISM accepted at Discover Computing and a preprint on RL-based quantization (RAMP).

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.

US patent application 19/670,270, pending
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 →
newt and deuteron
Project · Open Source
Jul 2026
newt and deuteron: the two-layer GPU kernel stack rebuilt from zero, JIT-compiling Python to real tensor-core machine code via NVRTC. Memory-bandwidth parity with Triton and ~92% of its cold fp16 matmul. Read the writeup →
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 →