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Applied Scientist, AI

San Francisco

SpringCube

Full-time - Senior Engineer

Healthcare Services & Tech

Posted 1 week ago

Disclosed upon interview

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Job Description

The SpringCube team curated the following job opportunity to help you in your job search. Explore the position below to find your next career move.

Company Overview

A healthcare technology organization is reimagining how people access care by bringing healthcare services directly to patients’ homes. The organization uses technology inspired by marketplace and last-mile delivery platforms to improve access to preventive and chronic care, particularly for patients who face barriers to visiting traditional healthcare facilities.

What You Will Do

  • Turn ambiguous healthcare, product, and operational problems into well-defined ML, AI, ranking, optimization, NLP, or LLM-based tasks.
  • Build strong baselines and improve them efficiently using appropriate modeling approaches.
  • Develop models using traditional machine learning, deep learning, NLP, and LLM-based techniques where appropriate.
  • Design offline and online evaluations that are measurable, reliable, and predictive of real-world impact.
  • Select metrics suited to imbalanced, delayed, noisy, and partially observed healthcare outcomes.
  • Conduct detailed error analysis to improve model quality, product fit, and operational usefulness.
  • Identify label leakage, selection bias, confounding, and other data artifacts before models reach production.
  • Explore complex real-world datasets, evaluate label quality, and determine whether problems are ready for modeling.
  • Partner with ML engineering teams to productionize models reliably and establish production-readiness requirements.
  • Work with clinical stakeholders and subject-matter experts to validate assumptions, review model errors, and understand edge cases.
  • Explain model tradeoffs, uncertainty, limitations, and expected impact to product, operations, clinical, and leadership teams.
  • Prepare experiment documentation, summarize findings, and help teams determine when and how AI systems should be deployed.
  • Pressure-test results to determine whether they are robust, meaningful, and useful before recommending production deployment.

What Gives You an Edge

  • Master’s or PhD in computer science, statistics, machine learning, applied mathematics, operations research, biomedical informatics, epidemiology, or a related quantitative field.
  • Exceptional applied experience that can substitute for formal graduate training.
  • Expertise in areas such as LLMs, ranking, NLP, uncertainty quantification, causal inference, optimization, or healthcare AI.
  • Experience shipping models into production with measurable real-world impact.
  • Experience working with healthcare data, including claims, EHR, clinical notes, scheduling, utilization, quality, risk, or patient engagement data.
  • Experience working with PHI, HIPAA-aware systems, or other sensitive regulated data.
  • Strong judgment regarding when traditional ML approaches are likely to outperform LLMs and when LLMs are appropriate.
  • Experience collaborating with clinicians, clinical operations teams, or other high-stakes domain experts.
  • Experience working in a startup or fast-moving applied environment where ambiguity, speed, and scientific rigor are important.

What Makes You Successful

  • Understand how ML models work under the hood and explain technical concepts clearly to non-technical stakeholders.
  • Maintain a strong focus on impact and recognize when a simpler model may be the most effective solution.
  • Treat evaluation as a critical component of model development.
  • Identify when metrics are misleading, incomplete, or disconnected from real-world outcomes.
  • Detect leakage, bias, and confounding that may affect model performance.
  • Move effectively between modeling, error analysis, stakeholder collaboration, and production handoff.
  • Communicate model limitations clearly to both engineering teams and clinical stakeholders.
  • Work comfortably with ambiguity and adapt modeling approaches to problems without established playbooks.
  • Balance scientific rigor with the practical need to deliver useful systems.

Disclaimer

SpringCube curates tech job listings from various company websites to support tech professionals globally.

  1. No Endorsement: Job ads on SpringCube do not imply endorsement of their authenticity or quality.
  2. No Client Relationship: This company is not a client of SpringCube unless stated.
  3. To Apply: Click the Apply button to be redirected to the hiring company’s application page for this job.
  4. No Liability: SpringCube is not liable for inaccuracies.
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