Colin Samplawski

Research Scientist

Trustworthy AI
Uncertainty Quantification
Bayesian Deep Learning
Distributed AI
Multi-Sensor Fusion
AI at the Edge
Generative AI
Discovery & Design
Simulation-Based Inference
Colin Samplawski

I currently work in the Neuro-Symbolic Computing and Intelligence Research Group at SRI International. Before joining SRI I completed my PhD in Computer Science at the University of Massachusetts Amherst in Professor Ben Marlin's Robust & Efficient Machine Learning lab, with a thesis on uncertainty quantification for computer vision under resource constraints. My recent work extends these themes to large language models and agentic systems, working towards more well-calibrated and trustworthy AI. This work has given me broad experience in probabilistic machine learning, including diffusion models, simulation-based inference, and Bayesian post-training of large models.

Working on multi-sensor and distributed AI throughout my PhD has given me strong engineering skills, building on the systems-heavy CS culture during my undergrad at the University of Wisconsin–Madison. I work natively from the command line and have deployed AI across a wide spectrum of hardware — from microcontrollers and edge GPUs to massively parallel research clusters. I can get AI to work in the real world, not just on benchmarks.

What I've Been Up To

  1. Jun 2026 My work on a benchmark for Bayesian low-rank adaptation was accepted as an Oral paper at UAI 2026!
  2. Jun 2026 My work on formally verified agentic code synthesis was selected as a Spotlight paper at the ICML Workshop on Structured Data for Health
  3. Apr 2026 Paper on simulation-based inference for aircraft design was accepted at ICML 2026
  4. Nov 2025 Paper on privacy-preserving in-context-learning was accepted at AAAI 2026
  5. Feb 2025 Graduated with PhD in Computer Science from UMass Amherst
  6. Oct 2024 Joined SRI International as Advanced Computer Scientist