Kevin Herrera
About Kevin Herrera
Kevin Herrera is a Staff R&D Engineer at Johnson & Johnson, specializing in the design and development of electrophysiology catheters. He has over nine years of experience in advanced research and development, with a background in biomedical engineering from UC Irvine.
Current Role at BioSense Webster
Kevin Herrera serves as a Staff R&D Engineer in the Worldwide Advanced R&D division at BioSense Webster, a subsidiary of Johnson & Johnson. He has held this position since 2015, contributing to the design and development of electrophysiology catheters. His role involves overseeing the design transfer process for catheter components, ensuring that they progress from concept through to first-in-human use. Based in Irvine, California, Herrera's work is critical in advancing medical device technology in the field of electrophysiology.
Previous Experience in Medical Device Engineering
Before joining BioSense Webster, Kevin Herrera worked at Confluent Medical Technologies as an R&D Engineer from 2013 to 2015. In this role, he focused on various aspects of medical device development. Additionally, he gained experience as a Product Development Co-Op at St. Jude Medical from 2012 to 2013, where he contributed to product development efforts. His background includes significant hands-on experience in the medical device industry, enhancing his expertise in the field.
Educational Background in Biomedical Engineering
Kevin Herrera earned a Bachelor of Science degree in Biomedical Engineering from the University of California, Irvine, from 2008 to 2012. His education provided a strong foundation in engineering principles and medical device design, equipping him with the skills necessary for his career in R&D. The knowledge gained during his studies has been instrumental in his professional development and contributions to the medical technology sector.
Technical Skills and Specializations
Kevin Herrera specializes in the design and development of electrophysiology catheters. He utilizes advanced techniques such as 3D printing and machining in the prototyping of medical devices. His expertise extends to process development and fixture development, which are essential for the efficient production of medical devices. Additionally, he is skilled in creating CAD drawings and modeling, which are critical components of the medical device design process.