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AI Core Team Lead Mike Schuster on How to Get the Most From LLMs
Two SigmaJoy Looney
Summary
Mike Schuster, Head of the AI Core Team at Two Sigma, advocates for grounding large language model adoption in practical tasks rather than speculative industry hype. Realistic enterprise applications focus on accelerating data processing, running faster experiments, and extracting domain-specific features from transcripts such as earnings calls and Federal Reserve speeches via prompt engineering. Because financial data faces inherent volume limits across trading days, successful deployments require multidisciplinary human teams to balance rapid technical experimentation with rigorous domain expertise and analytical reasoning. Schuster also dismisses predictions that programming will become obsolete, comparing coding to learning a musical instrument that cultivates structured thinking, problem decomposition, and scientific common sense essential for building complex predictive models.
Context
Organizations are debating the strategic integration of large language models and assessing what foundational technical skills will remain relevant amid widespread hype and claims that programming is becoming obsolete.
Approach / What changed
Two Sigma applies language models to practical workflows such as feature extraction from financial transcripts and rapid experimentation while relying on human collaboration, domain expertise, and foundational programming skills.
Takeaways
- Practical enterprise value from large language models centers on accelerating data processing, lowering training costs, and extracting domain features from transcripts through prompt engineering.
- Complex domain modeling cannot rely on isolated individuals or automation alone, necessitating collaborative teams with specialized human reasoning to navigate data constraints.
- Learning to program remains essential because it builds structured problem-solving habits, creativity, and the scientific common sense required to model systems with millions of parameters.
Related reading
Treating Data as Code at Two Sigma
Scaling research and trading platforms across thousands of data sources created bottlenecks at Two Sigma, where reliance on database snapshots and fragmented infrastructure slowed dataset delivery to data scientists. To address operational costs and architectural complexity, the data engineering team adopted software development principles by treating data as code. The organization migrated to Google BigQuery's serverless architecture, standardized SQL transformations using dbt, and defined declarative pipelines with Terraform under continuous integration workflows. Internal tooling was introduced to track directed acyclic graph dependencies, automate anomaly detection, and streamline data discovery. These shifts eliminated manual data movement routines, reduced operational overhead, and enabled formal data contracts to safeguard downstream consumers and emerging language model integrations.
Emily MajewskiPlatform Thinking: Three Views from Two Sigma Leaders