Amanda Reiter
About
Amanda Reiter is from Reno, Nevada, United States. Amanda works in the following industries: "Higher Education", "Biotechnology", "Sporting Goods", and "Automotive". Amanda is currently Senior Technical Program Manager, New Product Introduction at Tesla, located in Reno, Nevada, United States. In Amanda's previous role as a Technical Program Manager, New Product Introduction at Tesla, Amanda worked in Reno, Nevada until Aug 2020. Prior to joining Tesla, Amanda was a Technical Program Manager - Packaging Engineering at Tesla and held the position of Technical Program Manager - Packaging Engineering at Gigafactory 1. Prior to that, Amanda was a Supplier Quality Management at Genentech, based in South San Francisco from Jun 2017 to Apr 2018. Amanda started working as Researcher at Polymers Lab Researcher at Oregon State University in Oct 2013. From Jun 2016 to Sep 2016, Amanda was Materials Science/Chemical Engineering Intern at Nike, based in Beaverton, Oregon.
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Amanda Reiter's current jobs
Amanda Reiter's past jobs
As a Supplier Quality Management professional at Genentech I collaborated with vendors to ensure materials and Genentech products are held to the highest quality standards. I also performed a wide range of data management and project management tasks to improve data integrity and prepare for FDA audits.
As a researcher in the polymers lab of Dr. Skip Rochefort, I worked on multiple biological applications of polymer materials. I worked on three main projects spanning four years. - Developed gel formulations for the specific treatment of burn patients and diabetic skin ulcers. - Innovated hydrogels for spinal disc replacement and repair - prepared hydrogels and performed rheological testing (shear and compression) as well as therogravimetry analysis. Interpreted data. Presented research at Oregon Bioscience Association Annual Conference - Researched molecular and rheological properties of equine synovial fluid to find effective treatments for lameness in horses and potential applications to knee joint lubrication in humans using size exclusion chromatography.
- Corresponded globally with technicians, leads, supervisors, and managers to determine the unknown compression set spec for a new foam material to quantify the material capabilities. - Analyzed current test methods for reliability; explored new test methods for potential application. - Used both a technical and business expertise in order to perform a cost analysis on a variety of material types for sock liner application.