Postdoc: Powder-Based Drug Product Development & Modeling

C001 New Jersey Institute of Technology; United States; On-site; USD 57,000 - 70,000; Full time

Job summary

New Jersey Institute of Technology (NJIT) invites applications for a Post Doctoral Research Associate in Powder-based Pharmaceutical Product Development. The candidate will lead experimental work, integrate data with predictive models, and collaborate with CIMSEPP, an IUCRC at NJIT, to advance particle engineering and processability of drug products.

Ideal candidates hold a Ph.D. in Engineering with strong hands-on experience in powder handling, characterization, and data-driven modeling.

Qualifications

• Ph.D. in Engineering with hands-on experience in particle handling and processing.
• Expertise in powder characterization, processing, and pharmaceutical unit operations.
• Proficiency in coding for data analysis and applying predictive models.

Responsibilities

• Lead research in powder-based drug product development.
• Integrate experimental data with prediction tools and models.
• Develop experimental plans and workflows for projects.
• Supervise students on related projects.
• Act as main point of contact for experimental topics and analyses.
• Disseminate results via publications and presentations.

Skills

Engineering background

Hands-on experimental work

Particle handling and processing

Modeling tools

Coding for data analysis

Powder characterization

Pharmaceutical unit operations

Experimental particle technology

Particulate physics

Education

Ph.D. in Engineering

Tools

Python

MATLAB

Job description

New Jersey Institute of Technology (NJIT) invites applications for a Post Doctoral Research Associate in Powder-based Pharmaceutical Product Development. The candidate will lead experimental work, integrate data with predictive models, and collaborate with CIMSEPP, an IUCRC at NJIT, to advance particle engineering and processability of drug products.

Ideal candidates hold a Ph.D. in Engineering with strong hands-on experience in powder handling, characterization, and data-driven modeling.