Margaret Pitzer
Senior Research And Development Engineer @ Cardinal Health
About
Currently work as a Research and Development Engineer for Cardinal Health in the Design and Development Services Group. This group focuses on Medical Device Design Control with a current emphasis on MDR.
United States
Greater St. Louis
Hospital & Health Care
Materials Science, Polymers, Biomedical Engineering, Research and Development (R&D), DNA, Research, Chemistry, Microsoft Office, Chemical Engineering, Plastics, process controls, AutoCAD, Medical Devices, Design History, Cross-functional Team Leadership, Remediation, Process Engineering, Product Development
Experience
Research and Development Engineer – Design and Development Services
St. Louis, Missouri
• Collaborated with cross-functional teams for new product development. • Mentored new engineers through the design control process • Created new design control documentation for Design History Files (DHFs)

Research And Development Engineer
Cardinal Health (contracted through Randstad Engineering)
St. Louis
• Generated Design History Files (DHF) in accordance with FDA and ISO requirements. • Managed multiple project work streams across different product families • Lead formal design reviews with cross-functional teams • Worked with manufacturing plants to update documentation

R&D Intern
PolyOne
Maryland Heights, MO
I studied the physical and analytical properties of polymers used in industry plastics with an emphasis in High Impact Polystyrene (HIPS). Within the team, I created a database for comparing products and assessing the benefits. Throughout the process I collaborated with head engineers and those on the processing side of manufacturing. I was able to gain hands on experience by having my own materials ran in the processing plant, and then conducting test and research on that material.

Undergraduate Researcher - OURE
Missouri University of Science and Technology - Biological Department
Rolla, MO
With a team of researchers, we used synthetic biology to engineer a bacteria to fight White Nose Syndrome. This included the gene splicing of E.coli's DNA backbone to insert preferred genes in which to fight the disease. This research was presented at the Undergraduate Research Conference and the research can be seen below.
Margaret Pitzer's Contact Information
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