Mike Page
About Mike Page
Mike Page is an Exascale Benchmark Analyst at the University of Colorado, where he has worked since 2018. He has extensive experience in high-performance computing and has held various roles in both academic and industry settings across multiple countries.
Work at University of Colorado
Mike Page has been employed at the University of Colorado as an Exascale Benchmark Analyst since 2018. In this role, he focuses on software analysis and benchmarking specifically for exascale systems. His work contributes to the evaluation of performance metrics for advanced computing systems, which is essential for the development of next-generation supercomputers.
Education and Expertise
Mike Page holds a Bachelor of Science degree in Physics from the University of Central Oklahoma and a Master of Science degree in Physics from Ohio University Heritage College of Osteopathic Medicine. His educational background supports his extensive expertise in high-performance computing, particularly in software analysis and benchmarking.
Background
Mike Page has a diverse professional background with experience in both academic and industry settings. He has worked in various geographical locations, including the United States, Russia, and Finland. His career spans several roles, including positions as a Software Engineer and HPC Applications Analyst, showcasing his adaptability and breadth of knowledge in computing.
Professional Experience
Prior to his current role, Mike Page held several positions that contributed to his expertise in high-performance computing. He worked as a Senior Software Analyst at Cray Research from 1987 to 1994, and later as an HPC Applications Analyst at Allstaff Technical Solutions and Csra. His experience includes significant tenures at the National Center for Atmospheric Research and Theory and Practice, where he focused on software development and analysis.
Contributions to Exascale Computing
Mike Page has made notable contributions to the development of exascale computing benchmarks. These benchmarks are critical for assessing the performance of next-generation supercomputers. His work in this area is vital for advancing the field of high-performance computing and ensuring that new technologies meet performance standards.