Maksim Tevlin
About Maksim Tevlin
Maksim Tevlin is a development engineer with a Master's degree in the automatic control of aircrafts from the Moscow Aviation Institute. He has worked at Biosense Webster since 2017 and previously held a position at Elbit Systems Ltd, contributing significantly to medical device engineering and analog circuit development.
Work at BioSense Webster
Maksim Tevlin has been employed at BioSense Webster as a development engineer since 2017. In this role, he has contributed to various engineering projects, utilizing his expertise in medical device engineering. His responsibilities include involvement in the entire project lifecycle, from project definition to the construction of laboratory models. This position highlights his comprehensive approach to engineering and his commitment to advancing medical technologies.
Previous Experience at Elbit Systems Ltd
Before joining BioSense Webster, Maksim Tevlin worked at Elbit Systems Ltd as an electronic analog and audio engineer from 2007 to 2011. During his four years in this role, he gained valuable experience in the development of electronic systems, particularly in the Petah Tikva area of Israel. His work at Elbit Systems contributed to his technical skills and understanding of complex engineering challenges.
Education and Expertise
Maksim Tevlin studied at the Moscow Aviation Institute, where he focused on the system of automatic control of aircrafts, earning a Master's degree. His studies spanned from 1975 to 2014. Additionally, he attended the Moscow Institute of Cinema and Photography, where he worked on developing high-frequency loudspeakers, although he did not complete his Doctor of Science. His educational background provides a strong foundation in engineering principles and practices.
Engineering Projects and Innovations
Maksim Tevlin has been involved in significant engineering projects, particularly in the medical device sector. He developed an ultrasound balloon catheter specifically for cardiac testing, demonstrating his expertise in medical device engineering. Furthermore, he has extensive experience in developing analog circuits for piezo-electric transducers, showcasing his specialized skills in acoustic signal generation and application in various engineering contexts.