Josh Hacker
About Josh Hacker
Josh Hacker Chief Science Officer at Jupiter
Josh Hacker serves as the Chief Science Officer at Jupiter, a role in which he leverages his expertise in weather and climate applications. His position involves overseeing various scientific initiatives and projects, driving the integration of cutting-edge technologies in weather prediction and climate modeling.
Josh Hacker Co-founder of Jupiter
Josh Hacker is one of the co-founders of Jupiter, contributing to the company's vision of delivering advanced climate analytics. As a co-founder, he plays a critical role in shaping the strategic direction and scientific endeavors of the company, ensuring a focus on innovation and accuracy in climate science.
Josh Hacker NCAR Joint Numerical Testbed Program Director
Before his tenure at Jupiter, Josh Hacker served as the Director of the Joint Numerical Testbed Program at the National Center for Atmospheric Research (NCAR). In this capacity, he led efforts to improve numerical weather prediction models, facilitating collaboration and testing amongst research groups and operational centers.
Josh Hacker Science Lead for National Security Applications Program
Josh Hacker has also held the position of Science Lead for the National Security Applications Program. His work in this role focused on applying weather and climate science to enhance national security, utilizing his expertise to support decision-making processes related to defense and national security operations.
Josh Hacker and the Big Weather Web Project
Josh Hacker led the containerization work for the Big Weather Web project, funded by the National Science Foundation (NSF). This initiative, in partnership with various universities, aimed to advance the computational capabilities and accessibility of weather prediction models, promoting collaboration within the meteorology and climate science communities.
Josh Hacker's Expertise in Weather and Climate Applications
Josh Hacker specializes in applying weather and climate science for organizations like the Department of Defense and NOAA. His work focuses on optimizing weather prediction models and integrating scientific advancements to support operational and strategic decisions within these agencies.