Clare Doyle
About Clare Doyle
Clare Doyle is a Manufacturing Engineer at Boston Scientific with a background in microbiology and biotechnology.
Current Role at Boston Scientific
Clare Doyle has been working as a Manufacturing Engineer at Boston Scientific since 2009. In this role, she is involved in the development and optimization of manufacturing processes to meet production goals. Her responsibilities likely include troubleshooting production issues, implementing process improvements, and ensuring compliance with quality standards.
Previous Employment at GxP Systems
From 2007 to 2009, Clare Doyle worked as a Validation Engineer at GxP Systems in Cork. In this capacity, she was responsible for validating equipment and processes to ensure compliance with regulatory standards. Her work would have involved preparing validation protocols, conducting validation tests, and documenting results to meet industry regulations.
Regulatory Compliance Role at Audit Diagnostics
Between 2005 and 2007, Clare Doyle served as a Regulatory Compliance Officer at Audit Diagnostics in Cork. This role entailed ensuring that the company adhered to all relevant regulations and standards. Her tasks included conducting internal audits, reviewing compliance documentation, and working closely with regulatory bodies to maintain compliance.
Regulatory Affairs and Microbiology at GE Healthcare
Clare Doyle had two roles at GE Healthcare in Cork. From 2004 to 2005, she was a Regulatory Affairs Officer, focusing on regulatory submissions and compliance activities. Prior to that, from 2000 to 2004, she worked as a Senior Microbiology Analyst, where she conducted microbiological testing and analysis to support the company’s quality control efforts.
Educational Background
Clare Doyle holds an MSc in Biotechnology from the University of Ulster Coleraine, which she completed in 1997. She also earned a BSc in Microbiology from NUI Galway in 1996. These educational qualifications have provided her with a solid foundation in biotechnology and microbiology, which she has applied throughout her diverse career in the healthcare and manufacturing industries.