Data Scientist, Clinical Outcomes

Wwshemi; Palo Alto (CA); Hybrid; USD 144,000 - 172,000; Full time

Benefits offered by this job

Equity

Benefits

Job summary

Midi Health is seeking a pragmatic Data Scientist to build the quantitative foundation for clinical care delivery, patient treatment plan refinement, and retention engines. The role bridges Data Science, Clinical Operations, and Product to transform messy data into actionable decision support.

The ideal candidate will extract insights from structured and unstructured data, develop clustering and predictive models, and implement causal inference approaches to evaluate care protocols and improve

Qualifications

• 2–4 years of hands-on data science or analytics experience in healthcare settings.
• Experience parsing unstructured text and transcripts into structured data pipelines.
• StrongSQL and Python for modeling, data cleaning, and feature engineering.

Responsibilities

• Clean and transform multi-modal clinical data into reliable modeling tables.
• Establish robust unstructured data workflows for notes and transcripts.
• Build NLP/LLM pipelines to extract patient preferences and intents from transcripts.
• Develop lookalike cohorts and predictive models for treatment planning and retention.

Skills

SQL

Python

NLP

ML Modeling

Causal Inference

Education

Biomedical Data Science

Health Informatics

Tools

Transformers

Claude API

scikit-learn

lifelines

Job description

This listing's locations Hybrid - Palo Alto or San Francisco

Employment Full-time

Workplace Hybrid

Department: Data Science

Hybrid, Palo Alto or San Francisco (Hybrid - 2 days/week in office)Reports to: Director Data Science + AnalyticsJob Type: Full-time W2

About the Role

We are looking for a pragmatic, hands-on Data Scientist to build and own the quantitative foundation for our clinical care delivery, patient treatment plan refinement, and retention engines.

In our specialty care model, clinical health outcomes and business growth are directly linked: matching patients to their preferred, personalized treatment path leads to higher clinical efficacy, better satisfaction, and long-term retention. In this role, you won't just work with clean tabular data; you will bridge the gap between structured clinical metrics (lab values, symptom severity scores, dosage trajectories) and unstructured patient communications (visit transcripts, ambient scribe outputs, and intake survey dialogue).

You will sit at the intersection of Data Science, Clinical Operations, and Product, serving as a core builder who transforms messy, multi-modal patient data into actionable clinical decision support and personalized care pathways.

What You’ll Do

• Clean & Transform Multi-Modal Clinical Data: Build reliable, well-structured modeling tables and feature stores by parsing, cleaning, and joining raw datasets including lab results, symptom severity surveys, medication history, and raw visit transcripts.
• Establish Unstructured Data Workflows: Design robust data processing pipelines to convert unstructured clinical notes, orders and visit transcripts into structured, queryable relational tables.

Transcript Mining & Feature Extraction

• Extract Patient Intent & Preference: Build lightweight NLP and LLM-based pipelines (using entity extraction, sentiment analysis, and topic modeling) to convert ambient visit transcripts into structured features. And provide insights into patient preferences in treatment pathway, communication, and modality, etc.
• Identify Friction Points: Process qualitative dialogue to automatically detect unaddressed obstacles or early side-effect reports before they lead to treatment discontinuation.

Lookalike Cohorts & Patient Treatment Planning

• Lookalike Clustering Engine: Develop unsupervised segmentation models to cluster patients into "lookalike" cohorts based on baseline lab values, symptom profiles, and transcript-derived preferences.
• Outcome & Trajectory Forecasting: Build predictive models that estimate symptom reduction, time-to-relief, and potential side-effect risks across alternative treatment branches (e.g., immediate HRT vs. conservative step-therapy).

Causal Inference & Retention Analytics

• Quasi-Experimentation on Care Protocols: Apply observational study methods (Propensity Score Matching, Difference-in-Differences, Survival Analysis) to evaluate non-randomized care pathways and quantify counterfactual patient outcomes.
• Drop-Off & Retention Optimization: Identify critical clinical touchpoints and dosage adjustment milestones that drive long-term program adherence, connecting clinical milestone achievement directly to patient retention and LTV.

Research & Cross-Functional Collaboration

• Evidence Generation: Partner with the clinical research team to provide analytical support for peer-reviewed medical publications, white papers, and payer studies.
• Clinical Operations Alignment: Translate analytical findings, treatment protocol insights, and patient drop-off trends into actionable workflow improvements for clinical operations and care teams.

What You Bring

Technical Skills

• Programming & Querying: Advanced proficiency in SQL for data manipulation alongside strong Python skills for predictive modeling and data transformation.
• Machine Learning & Modeling: Practical experience applying clustering (segmentation), regression/classification, and survival analysis (e.g., scikit-learn, statsmodels, lifelines).
• NLP & Modern LLM Workflows: Hands-on experience with NLP techniques and LLM frameworks (e.g., transformers, Claude API, etc.) to parse, extract, and classify unstructured text data.
• Causal Inference Fundamentals: Solid working knowledge of quasi-experimental design, propensity score matching, and counterfactual reasoning on observational datasets.

Analytical Capabilities

• Healthcare Data Intuition: Comfort working with messy, semi-structured, or missing healthcare datasets (lab results, Patient-Reported Outcome Measures/PROMs, EHR notes).
• Pragmatic "0-to-1" Builder Mindset: You enjoy doing the foundational data architecture work-cleaning JSON outputs, structuring features, and validating baseline models-before reaching for complex algorithms.
• Cross-Functional Communication: Ability to translate technical modeling outcomes into clear, intuitive insights for Clinical Operations and Product partners.

Experience

• 2 to 4 years of hands-on data science or analytics experience delivering high-impact solutions.
• Experience working with healthcare, telehealth, digital health datasets.
• Demonstrated track record of parsing unstructured text/transcript data into structured modeling pipelines.
• Bachelor’s or Master’s degree in Biomedical Data Science, Health Informatics, Biostatistics, or a related quantitative field.

Interview Process:

Recruiter Screen- 30 minsHiring Manager Screen- 30 minsTechnical Screen- 1hrPanel Interviews- 3 hours + Lunch in Office in Palo Alto

At this time, Midi is unable to provide visa sponsorship. Candidates must be authorized to work in the U.S. without current or future sponsorship needs.

At this time, Midi is unable to provide visa sponsorship. All Candidates must be authorized to work in the United States without current or future sponsorship needs.

This is a full-time W2 position. The base salary range is 144K-172K and will depend on experience. Midi pays a competitive base salary, plus equity and benefits.

While you’re waiting for us to review your portfolio, here’s some fun content to check out youtube.com/watch

Midi Health is an Equal Opportunity Employer. We are committed to pay equity and ensure that all qualified applicants receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or protected veteran status. Our compensation philosophy is based on fair, objective criteria and the impact of the role, regardless of an applicant’s salary history.

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