Sonia Roman
About Sonia Roman
Sonia Roman is a Clinical Site Manager II at Bristol-Myers Squibb and a Clinical Trial Manager at Spark Therapeutics, Inc., with extensive experience in clinical trial management and a background in project management.
Title
Sonia Roman is currently a Clinical Site Manager II at Bristol-Myers Squibb in New Jersey, United States. She also holds the position of Clinical Trial Manager at Spark Therapeutics, Inc. in Philadelphia, Pennsylvania, United States.
Company
Sonia Roman is affiliated with two well-known companies in the pharmaceutical industry: Bristol-Myers Squibb and Spark Therapeutics, Inc. At Bristol-Myers Squibb, she serves both as a Clinical Site Manager II and as a Contract Clinical Site Manager.
Education and Expertise
Sonia Roman earned her Master's degree in Project Management from Keller Graduate School of Management of DeVry University, where she studied from 2009 to 2012. Her educational background has equipped her with specialized skills in project management, which she applies to her roles in clinical trial management.
Work Experience
Sonia Roman's professional background includes positions at several leading organizations. She worked as an In-house CRA at PRA Health Sciences in Raleigh, North Carolina, from 2013 to 2015. Before that, she held roles at Teva Pharmaceuticals in Israel as a Sales Coordinator (2012-2013) and a Clinical Trial Administrator (2008-2012). These roles have contributed to her extensive experience in clinical trial management and sales coordination.
Achievements
Sonia Roman has managed multiple clinical trials simultaneously, ensuring compliance with regulatory requirements and company standards. She has played a key role in the successful launch of several clinical trials, contributing to the advancement of new therapies. Additionally, she developed and implemented training programs for new clinical trial staff, improving team efficiency and knowledge. Her collaboration with cross-functional teams has helped streamline clinical trial processes, resulting in improved operational efficiency.