Director, Formulation Development (R&D)
About the Role
The Director, Formulation Development (R&D) is a hands-on scientific expert responsible for developing and commercializing sterile injectable and nonsterile formulations across Empower Pharmacy's 503A and 503B portfolio. This role advances products from concept through formulation, stability, packaging, scale-up, technical transfer, and launch across various therapeutic areas, including men's health, women's health, HRT, weight management, GLP-1, peptides, longevity, sexual health, dermatology, and wellness. Success requires deep compounding expertise, technical problem-solving, execution rigor, and learning agility.
Responsibilities
- Formulation And Product Development:
- Personally develops sterile injectable and nonsterile formulations, selecting APIs, excipients, concentrations, dosage forms, preparation methods, and packaging.
- Resolves challenges involving solubility, compatibility, pH, osmolality, sterility, endotoxins, particulate matter, container closure integrity, and aseptic processing.
- Improves existing formulations, stability, packaging, beyond-use dates, production efficiency, and material utilization while troubleshooting challenges.
- Stability And Analytical Development:
- Designs and executes stability programs, establishes testing requirements, evaluates trends, and translates results into formulation decisions.
- Evaluates assay, pH, osmolality, particulate matter, sterility, endotoxins, antimicrobial effectiveness, and container closure integrity.
- Conducts formulation research, literature reviews, and excipient evaluations, using AI selectively to support research.
- Scale Up And Commercialization:
- Converts laboratory formulations into scalable production processes, establishing compounding methods, process parameters, and packaging configurations.
- Transfers formulations into 503A and 503B operations, partnering with cross-functional teams to resolve technical challenges.
- Advances products through feasibility, formulation, testing, stability, packaging, production implementation, and launch.
- Quality And Regulatory Execution:
- Develops formulations consistent with 503A/503B requirements, USP standards, cGMP principles, and Empower quality systems.
- Creates accurate, traceable, and inspection-ready documentation.
- Identifies and resolves formulation, sterility, stability, packaging, analytical, and manufacturing risks.
- Portfolio And Cross Functional Execution:
- Translates provider demand and market opportunities into development opportunities across therapeutic areas.
- Partners with cross-functional teams to move formulations from concept into routine operations.
- Serves as a hands-on formulation expert, solving complex development problems and driving projects through completion.
Qualifications
- PharmD and active pharmacist license strongly preferred.
- 8+ years of pharmacy, formulation development, or compounding experience with substantial 503A and/or 503B experience.
- Significant hands-on sterile injectable and nonsterile development experience, including stability, aseptic processing, scale-up, and technical transfer.
- Proven ability to independently solve complex formulation challenges and execute a high-volume development portfolio.
Skills
- Deep expertise in 503A/503B formulation development, sterile injectables, nonsterile compounding, stability, and scale-up.
- Strong knowledge of USP standards, aseptic compounding, cGMP principles, and pharmaceutical development practices.
- Advanced ability to design stability studies, interpret analytical results, and translate findings into production processes.
- Key competencies include customer focus, strategic AI adoption, process optimization, collaboration, resourcefulness, complexity management, accountability, adaptability, and effective communication.
Benefits
We offer comprehensive benefits to support your health, well-being, and future, including medical, dental, and vision coverage, paid time off, 401(k) matching, wellness perks, IV therapy, and compounded medications. Learn more.