Gail Kennedy
About Gail Kennedy
Gail Kennedy is a Senior Business Systems Analyst with extensive experience in various roles across multiple companies, including the American Chemical Society and the American Nurses Association. She holds a degree in Microbiology from Clemson University.
Work at American Chemical Society
Gail Kennedy has been employed at the American Chemical Society since 2017, serving as a Senior Business Systems Analyst. In this role, she focuses on optimizing business processes and implementing systems that support the organization's objectives. Her tenure at the American Chemical Society has spanned over seven years, during which she has contributed to various projects aimed at enhancing operational efficiency.
Previous Experience in Business Analysis
Prior to her current position, Gail Kennedy held several roles in business analysis across various organizations. She worked as a Senior Business Analyst at the American Nurses Association from 2014 to 2017, where she was involved in analyzing and improving business systems. Before that, she served as a Senior Application Systems Analyst at Geico from 2009 to 2013, and as a Senior Business Analyst-consultant at Kamis for six months in 2014. Her experience also includes roles at Zappos Family of Companies and Vision Technology Services.
Career Background in Technology and Systems Analysis
Gail Kennedy's career spans over two decades, beginning with her role as a Senior Computer Systems Specialist at Saic from 1991 to 1999. She transitioned into business analysis roles, gaining experience in various sectors, including insurance, healthcare, and customer service. Her diverse background has equipped her with a comprehensive understanding of business systems and technology integration.
Educational Background in Microbiology
Gail Kennedy studied at Clemson University, where she focused on Microbiology. This educational background provided her with a strong foundation in scientific principles, which she has applied throughout her career in various analytical roles. Her academic training supports her analytical skills in understanding complex systems and processes.