Remixtherapeutics
Director, Clinical Pharmacology
Watertown, MA . Posted 19 days ago
The role
The Director of Clinical Pharmacology will lead integrated clinical pharmacology strategies for REM-422 and emerging pipeline programs. This role involves designing studies, driving dose optimization, and supporting regulatory submissions.
What you will do
- Lead the integrated clinical pharmacology strategy for REM-422.
- Support late-stage development and potential regulatory submissions.
- Drive dose optimization for REM-422 consistent with FDA Project Optimus expectations.
- Design and oversee clinical pharmacology studies evaluating food effect, drug-drug interactions, absorption and metabolism.
- Represent Clinical Pharmacology in regulatory interactions.
- Lead relevant components of briefing documents and regulatory submissions.
- Provide clinical pharmacology leadership for emerging pipeline programs.
- Support human PK projections, first-in-human dose selection, and dose-escalation design.
- Partner cross-functionally and oversee external vendors.
Required qualifications
- PhD, PharmD, or MD with relevant training in clinical pharmacology, pharmaceutical sciences, or a related discipline.
- 10+ years of clinical pharmacology experience in the biotech or pharmaceutical industry, including oncology and clinical-stage development.
- Demonstrated expertise in clinical pharmacology strategy and study design from early development through registration.
- Direct experience contributing to an NDA/MAA submission, including authoring clinical pharmacology sections of the filing.
- Deep understanding of PK/PD principles, modeling and simulation, and exposure–response analysis.
- Proven cross-functional leadership and ability to integrate complex scientific data into strategic development decisions.
- Excellent communication skills.
Benefits
- Bonus
- Equity
- Benefits
About the company
Remix Therapeutics is a clinical-stage biotechnology company developing novel small molecule therapies designed to reprogram RNA processing and address disease drivers at their origin.