Kaitlyn Krock
About Kaitlyn Krock
Kaitlyn Krock is a Process Development Engineer at Boston Scientific with a background in bioengineering and biomedical engineering from The University of Toledo.
Background and Work Experience
Kaitlyn Krock currently works as a Process Development Engineer at Boston Scientific. She has been in this role since 2013 in Spencer, IN. Her career began with a three-month stint as a Supplier Quality Engineering Co-op at Zimmer in Warsaw, IN in 2012. Subsequently, she worked at Terumo Cardiovascular Systems in Ann Arbor, MI, first as a Surgeon Product Development Co-op for seven months in 2011 and then as an EM Product Development Co-op for four months in 2013.
Education in Bioengineering
Kaitlyn Krock studied Bioengineering and Biomedical Engineering at The University of Toledo. She completed her Bachelor's degree over a span of five years, from 2008 to 2013. Her education provided her with a solid foundation in the principles and applications of engineering in the healthcare sector.
Role at Boston Scientific
As a Process Development Engineer at Boston Scientific, Kaitlyn Krock has held multiple responsibilities. She is involved in the creation of custom equipment design requirements, particularly for Class D equipment, focusing on Design for Manufacturability (DFM). She has also successfully managed and executed Class C tooling validations. Her work includes developing processes and tooling to error-proof equipment on the top assembly manufacturing line, thereby enhancing production efficiency and reliability.
Mentoring and Development
Kaitlyn Krock has played a key role in mentoring and developing co-ops at different levels of experience. She introduces new co-ops to the product life cycle, helping them understand and engage with various aspects of product development. Her mentorship is aimed at fostering the professional growth of these individuals, equipping them with practical knowledge and skills.
Process and Equipment Testing
Kaitlyn Krock has conducted factory acceptance testing to ensure that equipment meets required standards before deployment. This testing is crucial in verifying the functionality and reliability of equipment, which in turn supports the overall efficiency and effectiveness of manufacturing processes.