John Hinrichsen
About John Hinrichsen
John Hinrichsen is an Advanced Engineer and Scientist II with extensive experience in high performance computing and debugging, currently working at Rincon Research Corporation. He has a strong background in computational and applied mathematics, holding both a Bachelor's and a Master's degree from Carnegie Mellon University and The Johns Hopkins University, respectively.
Work at Rincon Research
John Hinrichsen has been employed at Rincon Research Corporation as an Advanced Engineer / Scientist II since 2019. His role involves applying his expertise in high performance computing and debugging to various projects. He operates from the Greater Denver Area, contributing to the company's initiatives in simulation frameworks and real-time systems.
Education and Expertise
John Hinrichsen holds a Bachelor's degree in Computational and Applied Mathematics from Carnegie Mellon University, which he completed from 1997 to 2001. He furthered his education at The Johns Hopkins University, earning a Master of Science in Computational and Applied Mathematics between 2003 and 2006. His academic background supports his expertise in high performance computing, debugging, and simulation frameworks.
Background
John Hinrichsen has over seventeen years of experience in the defense industry. He began his career as a Researcher and Software Engineer at The Johns Hopkins University Applied Physics Laboratory from 2001 to 2006. He then worked at Raytheon, where he held the positions of Principal Systems Engineer from 2007 to 2019 and Principal Software Engineer from 2018 to 2019. His diverse background has equipped him with a range of skills applicable to engineering and scientific research.
Achievements
Throughout his career, John Hinrichsen has demonstrated strong skills in performing original research and delivering presentations. His work in high performance computing and real-time systems has contributed to advancements in the defense sector. His experience at notable institutions like Raytheon and The Johns Hopkins University Applied Physics Laboratory highlights his significant contributions to engineering and applied mathematics.