CV

Igor Sadalski

igor.sadalski@gmail.com
Boston, MA, Massachusetts, US

Summary

Machine Learning Scientist at Somite.ai. Working on multi-modal foundational models for life sciences.

Education

  • MSc Computer Science (Machine Learning)
    2024-09
    Imperial College London
    Courses: Deep Learning, Reinforcement Learning, Graph-Based Learning, Software Engineering for ML Systems, Natural Language Processing
  • BEng Mechanical Engineering (Robotics)
    2023-06
    Imperial College London

Work Experience

  • Machine Learning Scientist
    2024-09 -
    Somite.ai
    Orchestrated large-scale distributed training and published papers working on multimodal foundational models for life sciences.

Research Experience

  • Research Assistant
    2024-04 - 2024-09
    Harvard University (PI: Prof. Stephanie Gil)
    Investigated techniques for performing sub-quadratic attention; based on this work, designed a long-context time series transformer-based model. The model was later used to proactively route shuttle buses around Harvard campus.
  • Research Assistant
    2023-06 - 2023-08
    Caltech (PI: Prof. Aaron Ames)
    Designed conditional variational autoencoders and diffusion models to obtain data-driven error estimates from flight data. These models were later used to improve drone flight performance and safety.
  • Research Assistant
    2022-06 - 2022-08
    Caltech (PI: Prof. Aaron Ames)
    Sped up model predictive controller running on robotic hardware by rewriting matrix operations using optimized C++ library.

Publications

  • Measurement noise scaling laws for cellular representation learning
    Nature Biotechnology (in preparation)
    Co-first author with Gokul Gowri. In preparation for Nature Biotechnology.
  • Encoding Strategies for Single-Cell Foundational Models: A Large-Scale Benchmark of Gene and Expression Tokenization
    ICML '26 (in preparation)
    In preparation for ICML '26.
  • Scaling up Measurement Noise Scaling Laws
    2025
    ICML Workshop on Multi-modal Foundational Models for Life Sciences '25
    Presented at ICML Workshop on Multi-modal Foundational Models for Life Sciences '25.
  • Generative Modelling of Residuals for Real-Time Risk-Sensitive Safety with Discrete-Time Control Barrier Functions
    2024
    International Conference on Robotics and Automation '24
    Published at ICRA '24.