The role involves leading multidisciplinary teams to drive innovation in radiopharmaceutical therapies for oncology patients
Job Summary
The role involves leading multidisciplinary teams to drive innovation in radiopharmaceutical therapies for oncology patients.
Candidates will execute conventional RPT physics approaches while pioneering deep-learning based innovations in imaging technologies.
The position offers a competitive salary range of $190,539 to $230,888 along with comprehensive health and financial benefits.
Matching Summary
The role involves leading multidisciplinary teams to drive innovation in radiopharmaceutical therapies for oncology patients.
Salary
Base: $190,539 - $230,888; Bonus/Equity: Incentive cash and stock opportunities available; Benefits: Health coverage, 401(k), paid time off, and wellbeing support
Skills & Requirements
Must-have
7+ years molecular imaging experience
RPT dose modeling research expertise
Advanced degree in Medical Physics
PET SPECT autoradiography instrumentation
Kinetic compartmental pharmacokinetic modeling
Nice-to-have
PhD in related discipline
Experience with alpha-emitters
Deep learning-based image reconstruction
Cross-functional matrix environment experience
Passion for advancing medical physics knowledge
Key Requirements
Advanced degree in Medical Physics or Nuclear Medicine
Minimum 7 years experience in molecular imaging
Extensive RPT-specific publications or research background
Minimum 2 years industry experience in cross-functional matrix
Proficiency with dosimetry software like OLINDA MIMcalc