Ram Tejas Jonnalagadda
About Ram Tejas Jonnalagadda
Ram Tejas Jonnalagadda is a Process Development Engineer II at Boston Scientific, specializing in the urology division and focusing on developing new technologies and product lines.
Company
Ram Tejas Jonnalagadda is currently employed at Boston Scientific, a leading medical device manufacturer. He is positioned as a Process Development Engineer II in Spencer, Indiana, United States. Boston Scientific specializes in a variety of medical fields, including urology, where Ram focuses on creating new technologies and product lines to enhance surgical outcomes.
Title
Ram Tejas Jonnalagadda holds the title of Process Development Engineer II at Boston Scientific. He has been serving in this capacity since 2021. He collaborates closely with a cross-functional team of engineers with the mission to improve surgical outcomes in the medical device industry.
Education and Expertise
Ram Tejas Jonnalagadda studied Mechanical Engineering at the University of Toledo, earning his Bachelor's degree from 2016 to 2020. Prior to this, he completed his high school education at The Air Force School (TAFS), Subroto Park, receiving his diploma after 14 years of study, from 2001 to 2015. His academic background in mechanical engineering has provided him with the technical skills required for his roles in process development and medical device engineering.
Professional Background
Before his current position, Ram served in various roles at Boston Scientific, including Process Development Engineer I from 2020 to 2021 and multiple Co-op positions. His professional background also includes internships and roles such as Process Development Co-Op at Lingaman and Smith Medical, Undergraduate Teaching Assistant roles at The University of Toledo College of Engineering, and a Student Sign Shop Technician role at the same university.
Work in Urology Division
At Boston Scientific, Ram Tejas Jonnalagadda works within the urology division. His role involves the development of new technologies and product lines aimed at improving surgical outcomes. By collaborating with a cross-functional team of engineers, he contributes to advancements that aim to enhance the efficiency and effectiveness of medical devices used in urology.