Clinical Pharm Lead

When our values align, there's no limit to what we can achieve. At Parexel, we all share the same goal - to improve the world's health. From clinical trials to regulatory, consulting, and market access, every clinical development solution we provide is underpinned by something special - a deep conviction in what we do. Each of us, no matter what we do at Parexel, contributes to the development of a therapy that ultimately will benefit a patient. We take our work personally, we do it with empathy and we're committed to making a difference. Key Accountabilities : General Accountabilities Plans and directs clinical pharmacology components of clinical programs (including clinical development plan and medicine plan) and studies (including design, synopsis preparation and reporting). Works with multifunctional study team to design, deliver and report the assigned clinical pharmacology studies and has overall scientific accountability for the designated studies. Accountable for the development and implementation of a clinical modeling and simulation plan based on agreed-upon best practices (i.e. model-informed drug development). Responsible for use of quantitative methods to integrate knowledge of pharmacokinetics, pharmacodynamics, patient characteristics and disease states to optimize doses, dosage regimens and study designs throughout clinical drug development. Responsible for appropriate summarization and interpretation of results of pharmacokinetic/pharmacodynamic (PK-PD) analyses with respect to their impact on development and clinical use of drugs Compliance with Parexel standards Comply with required training curriculum. Complete timesheets accurately as required. Submit expense reports as required. Update CV as required. Maintain a working knowledge of and comply with Parexel processes, ICH-GCPs and other applicable requirements. Skills: Demonstrates thorough understanding of the following: 1) principles of PK, PK-PD and pharmacology relevant to drug candidates; 2) other relevant scientific disciplines, including drug metabolism, drug transport, formulation sciences, biopharmaceutics, pathophysiology and therapeutics; and 3) quantitative modeling and simulation principles. Knowledge and Experience: Keen problem-solving skills. Fluent in both oral and written English. Fluent in host country language required. Education: Fluent in host country language required.