Matheus Silva
About Matheus Silva
Matheus Silva is a Specialist Engineer in Life Cycle Management at Bristol Myers Squibb, with extensive experience in training, development, and cell culture.
Current Role at Bristol Myers Squibb
Matheus Silva is currently serving as a Specialist, Engineer in Life Cycle Management at Bristol Myers Squibb. He operates out of Summit, New Jersey, United States, focusing on Life Cycle Management within the GMSAT division.
Previous Positions at Bristol Myers Squibb
Before his current role, Matheus Silva held multiple positions at Bristol Myers Squibb. From 2020 to 2021, he served as Associate Supervisor in Training and Learning Organization within the Manufacturing, Sciences, and Technology (MSAT) area for 11 months. Prior to that, he was a Training and Development Specialist from 2019 to 2020, focusing on developing training materials for commercial manufacturing.
Experience in Cell Culture and Manufacturing
Matheus Silva has significant experience in cell culture and manufacturing. He worked as a Cell Culture Specialist at the Tisch MS Research Center of New York for 5 months in 2018-2019. Earlier, he spent time at Hitachi Chemical Advanced Therapeutics Solutions, LLC as a Manufacturing Associate I and II over a span of more than a year.
Early Career Roles
In his early career, Matheus Silva worked in various roles. He served as an Office Manager at Rooster Construction for 3 years (2014-2017) and also held positions like Ticket Handler at Cosport and Telemarketer at Circulation Development, Inc.
Educational Background
Matheus Silva earned his Bachelor of Arts degree in Biology from Kean University, where he spent five years from 2011 to 2016. He completed his high school education at Kearny High School, graduating in 2011.
Technical Skills and Expertise
Matheus Silva is skilled in Microsoft Word, Office, and Outlook, as well as QuickBooks Pro and Veeva Vault. He has experience working in ISO 7 and ISO 5 cleanroom environments and a Biospherix Isolator. Additionally, he is proficient in mono nuclear cell separation via ficoll, electroporation, and magnetic cellular selection and isolation via beads.