Rebeca Arroyo
About Rebeca Arroyo
Rebeca Arroyo is an MES Engineer at Bristol Myers Squibb in Massachusetts, United States, with a background in Full-Stack Development, Computer and Information Systems Security, and Public Administration.
Current Role as MES Engineer at Bristol Myers Squibb
Rebeca Arroyo is currently employed as an MES Engineer at Bristol Myers Squibb, a global pharmaceutical company. Based in Massachusetts, United States, she has been with the company since November 2020. In her role, she focuses on maintaining the software and data systems that are crucial for the development, testing, and production of bulk drug substances. Rebeca's work emphasizes integrating process knowledge, equipment design, and quality standards with information technology, thereby elevating compliance and enhancing overall efficiency standards.
Educational Background in Technology and Public Administration
Rebeca Arroyo has a well-rounded educational background, having studied various disciplines at multiple universities. She completed a Bachelor's degree in Public Administration at Florida Atlantic University from 2014 to 2017. She then obtained a Master's degree in Computer and Information Systems Security/Information Assurance from Nova Southeastern University, attending from 2018 to 2020. Additionally, she studied Full-Stack Development and completed a Coding Bootcamp at the University of Central Florida from 2019 to 2020. This diverse educational background equips her with a broad range of skills applicable to her current role.
Implemented MES Support Strategy at Bristol Myers Squibb
In her role at Bristol Myers Squibb, Rebeca Arroyo has implemented a robust MES support strategy. This strategy integrates critical components, including process knowledge, equipment design, and quality standards, with advanced information technology. Through these efforts, she has been instrumental in ensuring that the company's manufacturing execution systems operate efficiently and effectively, contributing to higher compliance and operational standards.