The department of clinical pharmacology, modeling and simulation seeks a motivated, and skilled quantitative scientist who will drive the development and execution of computational modeling and simulation strategies to enable next‑generation pharmacometric analyses.
We are seeking a subject matter expert with experience in quantitative approaches to inform drug development. Proficiency in one or more of the following areas is highly desirable: applied mathematics, multivariate statistical methods, AI/ML-based modeling and analytics, data warehousing, automation of complex data workflows, data engineering and emerging computing technologies. Knowledge of pharmacokinetic/pharmacodynamic (PK/PD) modeling will be useful.
In this role, the Principal Scientist will contribute across a broad range of activities, including, curation and visualization of complex datasets, developing and industrializing novel computational methods for QSP and PK/PD modeling and automation of pharmacometric workflows. The candidate is also expected to establish, lead and mentor a team of junior scientists to deliver on department objectives.
This role is ideal for a scientific leader with quantitative science background and interest in PK/PD and exposure–response modeling, who is passionate about integrating quantitative methods, data science, and emerging technologies to influence critical development and regulatory decisions at a global level.