Job description
Orakl Oncology is pioneering a new paradigm in cancer drug development by building the world’s largest cohort of patient-derived organoid (PDO) avatars. Through our unique platform, we generate extensive multi-modal data from these avatars — combined with rich clinical data from hospital partners — to discover and validate new oncology therapeutics with real-world patient relevance.
We are seeking a Senior Data Scientist to own the end-to-end clinical data chain at Orakl: from the design of data collection protocols with hospital partners, to the delivery of clean, structured, AI-ready datasets to our data science teams. This is a foundational role that sits at the intersection of clinical domain knowledge, data engineering, and machine learning infrastructure. You will work hand-in-hand with clinicians, data scientists, and regulatory experts to build the clinical data backbone that powers our flagship predictive oncology platform.
What You’ll Do
Design Clinical Data Collection Protocols: Working directly with hospital teams and Clinical Research Associates (CRAs) , you’ll define the data points to collect based on clinical domain knowledge and predictive power, and translate them into electronic Case Report Form (eCRF) and data collection protocols ready for deployment in real clinical environments.
Own the Clinical Data Model: You’ll evaluate and decide on the right clinical data standards for Orakl’s context (FHIR, OMOP, or other), then define and maintain a unified data model that accommodates heterogeneous sources across hospital partners and scales as our network grows.
Build End-to-End Clinical Data Pipelines: You’ll develop and operate robust end to end pipelines, from raw eCRF outputs and hospital exports to structured, validated, AI-ready datasets. You will ensure every table delivered to data scientists is clean, consistent, and immediately usable.
Develop Hospital Feedback Loops: You’ll implement data quality control processes that automatically flag errors, inconsistencies, and anomalies in data received from hospital partners, and turn them into actionable feedback loops that protect both data quality and the partnership.
Feature Extraction: You’ll build PoCs for non-standard data source extractions: IHC, free-text clinical notes, and beyond, unlocking clinical signals for our AI models.