Nicholas Herlambang
About Nicholas Herlambang
Nicholas Herlambang is a Principal Software Engineer at Boston Scientific with extensive experience in medical image processing and surgical navigation.
Company
Nicholas Herlambang is currently employed at Boston Scientific, based in Cambridge, Massachusetts. He holds the position of Principal Software Engineer and has been with the company since 2019. Boston Scientific is a global developer of medical solutions dedicated to providing innovative technologies that improve patient care.
Title
Nicholas Herlambang serves as a Principal Software Engineer at Boston Scientific. His role involves high-level responsibilities in designing, developing, and implementing software solutions for medical devices and technologies that focus on enhancing patient outcomes.
Education and Expertise
Nicholas Herlambang holds a Ph.D. in Information Science and Technology from The University of Tokyo, where he also earned a Master of Information Science and Technology in Mechano-Informatics and a Bachelor of Engineering in Mechano-Informatics Engineering. He has extensive expertise in parallel processing technologies such as CUDA and OpenCL, medical image processing, and surgical navigation. His skill set includes volume rendering, electrophysiology, and proficiency in programming languages like C++, Qt, and DICOM.
Professional Background
Before his current role at Boston Scientific, Nicholas Herlambang was a Senior Software Engineer at the same company from 2014 to 2019 in the Greater Boston Area. He also held significant roles at AZE Technology, Inc. and AZE of America, Ltd., where he served as Medical Image Software Project Manager and Senior Medical Imaging Software Engineer, respectively. Earlier in his career, he worked at AZE, Ltd. in Tokyo, Japan, first as Research and Development Group Leader and later as a Software Engineer. He began his professional journey as a Research Fellow at Japan Society for the Promotion of Science.
Specializations and Technical Skills
Nicholas Herlambang specializes in medical image processing, surgical navigation, and parallel processing technologies like CUDA and OpenCL. His technical skills encompass volume rendering and electrophysiology. He is proficient in various programming languages and frameworks, including C++, Qt, and DICOM, making him well-equipped for developing advanced medical imaging software solutions.