Data Scientist
Bioscope AI
Data Scientist
Bioscope AI
AI-powered clinical decision support tool
We're looking for a Data Scientist to own the quality, reliability, and trustworthiness of our clinical AI outputs. You'll build the systems that ensure our AI "knows what it doesn't know" — developing evaluation frameworks, calibrated confidence scoring, and automated quality assurance that physicians can actually trust.
Design and implement automated evaluation pipelines that assess AI output quality, accuracy, and safety at scale
Develop uncertainty quantification systems where confidence scores meaningfully correlate with accuracy
Build comprehensive evaluation frameworks combining automated assessment with clinician-validated test cases
Implement feedback loops that continuously improve model outputs based on validation signals
Establish scalable quality gates that catch errors before they reach end users
Contribute to model alignment and fine-tuning efforts
Strong foundation in deep learning frameworks (PyTorch) and LLM architectures
Experience with model evaluation, benchmarking, and quality metrics
Proficiency in Python and modern ML development tools
Strong statistical foundations
Ability to read, implement, and extend research papers
Excellent communication skills
Master's degree in Computer Science, Machine Learning, Statistics, or related quantitative field (PhD preferred)
Publications in top ML/AI venues (NeurIPS, ICML, ICLR, ACL)
Experience with RLHF, DPO, or preference optimization techniques
Background in healthcare AI or regulated industries
Experience building evaluation systems for production LLM applications
AI-powered clinical decision support tool
Bioscope AI provides an AI-powered clinical consultant for primary care through a cloud-based, per-patient subscription that integrates with a physician’s EMR and combines medical records with whole genome sequencing, microbiome data, and other omics to generate health insights. The platform acts as a Virtual Colleague: physicians ask questions and receive evidence-based answers, with a synoptic, fighter-jet–style dashboard that shows patient health across 14 body systems in real time. It differentiates itself by delivering real-time multi-omics integration alongside EMR data and a practical decision-support interface designed to keep clinicians up to date with current evidence. Its goal is to help physicians collaborate with AI to shift care from disease treatment to prevention and longevity, improving preventive care and healthy lifespans.
Explore more opportunities at Bioscope AI