PROFESSIONAL EXPERIENCE
PFIZER INC., Dept. Product Development ;West Chester, OH 2013 – Present
Senior Associate Product and Process Engineer
-Engaged in installation, operation, and performance qualification activities of additional test equipment to increase production capacity and yield during the commercial production of a medical device.
-Successfully navigated a challenging project with variable timelines which resulted in
greater overall responsibility.
-Engaged with Upstream technology development of new formulation and product designs.
-Acting Site Safety Officer for a remote Pfizer location. Responsibilities include organizing training and hazard communication sessions and maintenance of site’s EHS compliance.
-SAP Materials and Inventory Management
PFIZER INC., Dept. Product Development ;West Chester, OH 2011 – 2013
Dept. of Product Development
Associate Scientist/ Process Engineer
-Lead clinical physiological testing of prototype medical devices and statistical analysis of data.
-Developed novel methods for material and formulation testing. Performed experiments to analyze medical device efficacy.
-Generated process and raw material technical standards for prototype formulas.
-Engaged in installation, operation, and performance qualification activities of additional test equipment to increase production capacity and yield during the launch of a medical device.
-Developed quality assurance testing procedures for commercial product release and corrective action protocols for manufacturing converting process.
-Organized and maintained SAP Warehouse GMP inventory and material/ product releases for clinical study distribution.
-Acting Site Safety Officer for a remote Pfizer location. Responsibilities include organizing training and hazard communication sessions and maintenance of site’s EHS compliance.
STEVENS INSTITUTE OF TECHNOLOGY., Dept. Biomedical Engineering, Hoboken, NJ 2009 – 2011
Research Assistant, Nanomedicine and Tissue Engineering Laboratory
Major Project: Researched drug delivery methods of gold nanoparticles with modified chemical functional groups to target the mitochondria of mammalian pancreatic cancer cells. Developed method to induce apoptosis of cancer cells through non-ionizing electromagnetic radiation of the nanoparticle.
-Formulated organic functional groups and coupled the functional groups to gold nanopaticles carriers.
-Cultured cells from tissue samples and evaluated cell uptake of synthesized coated nanoparticles into cytoplasm and mitochondria of cancer cells.
-Generated methods for testing various frequencies and energy sources to induce gold nanoparticle thermal output.
-Collaborated in a cross-functional team to ...
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