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описание
The company builds a clinical AI platform that combines LLM orchestration, healthcare data, clinical capabilities, and AI safety mechanisms to deliver personalized healthcare experiences. Its Data Science team develops and evaluates the intelligence behind the platform.
задачи
Own the analytical side of ML/AI evaluation and monitoring, including drift thresholds, distributional analysis, and quality metrics
Develop statistical methods for safety-weighted quality scoring and confidence calibration
Compare AI and model outputs against clinical ground truth and evaluate performance across populations and scenarios
Perform population percentile, distribution, and outlier analysis to support health scoring capabilities
Evaluate retrieval quality, embeddings, and vector search performance as RAG capabilities evolve
Analyze usage patterns, overlap, deduplication signals, and classification accuracy across clinical AI capabilities
Partner with Data Scientists and ML Platform Engineers to turn analytical methods into repeatable production evaluation workflows
Investigate unexpected model or system behavior and identify statistically meaningful changes or degradation
Use Python and AI-assisted development tools to accelerate analysis while maintaining technical validation and engineering quality
Document evaluation methodology, assumptions, results, and recommendations
требования
Strong foundation in statistics and Machine Learning, including distributions, probability, model behavior, and evaluation methodology
Strong Python skills and ability to write clean, maintainable analytical and production-oriented code
Hands-on experience designing and performing statistical analyses on real-world datasets
Solid understanding of model evaluation, confidence calibration, statistical testing, and performance metrics
Experience analyzing data distributions, identifying outliers, and defining thresholds and quality indicators
Understanding of data drift, model degradation, and distributional monitoring
Ability to design evaluation approaches when ground truth is incomplete, noisy, or domain-specific
Good understanding of Machine Learning workflows and the relationship between data, models, evaluation, and production systems
Ability to understand application logic, system behavior, and data flow beyond isolated analytical notebooks
Strong analytical and problem-solving skills, including independently scoping ambiguous problems and structuring analyses
Ability to communicate methodology, assumptions, findings, and limitations to technical and non-technical stakeholders
Strong ownership mindset and ability to collaborate effectively within a small cross-functional team
Professional working proficiency in English
Будет плюсом: Generative AI, LLM evaluation, or AI safety/quality assessment; embeddings, vector search, retrieval systems, or RAG pipelines; Databricks, Spark, or other large-scale/batch data processing technologies; AI coding agents or assistants, with critical validation of their output; clinical or healthcare data; FHIR or HL7; Healthcare, Digital Health, or another regulated industry; production ML monitoring, experimentation, or evaluation infrastructure