Principal Scientist, Material Sciences (excipients & Formulation)
Johnson & Johnson Innovative Medicine
Beerse, Belgium
Not specified
Excipient intelligence and innovation
Drug delivery, stability, and manufacturability
Structure-functionality relationships for excipients
Johnson & Johnson is seeking a Principal Scientist in Material Sciences to join their Innovative Medicine team in Beerse, Belgium. The role involves leveraging expertise in excipients and formulation to support drug development, focusing on innovative drug delivery solutions
Job Summary
The Material Sciences team aims to shape the future of drug products by leveraging expertise in excipients, empowering drug design through excipient intelligence and innovation.
As a Principal Scientist, you will offer scientific expertise to drug development teams by suggesting appropriate excipients based on profound knowledge of their physicochemical properties and interactions.
Join us to work at the forefront of material and supplier exploration, experiment with novel formulation platforms, and lead impactful projects that shape the future of drug development.
Matching Summary
Match Score: 85
Johnson & Johnson is seeking a Principal Scientist in Material Sciences to join their Innovative Medicine team in Beerse, Belgium. The role involves leveraging expertise in excipients and formulation to support drug development, focusing on innovative drug delivery solutions.
Skills & Requirements
Must-have
excipient intelligence and innovation
drug delivery, stability, and manufacturability
structure-functionality relationships for excipients
advanced characterization methods
material and supplier exploration
Nice-to-have
cross-functional collaboration
innovative creativity
team player
business value insights
Key Requirements
PhD in Pharmaceutical Sciences, Chemistry, Physics, Chemical Engineering or Bio engineering
>5 years industry experience in formulation design
Profound knowledge of material properties and manufacturing processes
Good understanding of analytical and physical characterization techniques