A recent collaboration between the University of Hawaiʻi at Mānoa, Lawrence Berkeley National Laboratory, and Lawrence Livermore National Laboratory brought a team of experts to UH to train students in supercomputing tools and energy applications. This initiative, supported by the Department of Energy, aimed to advance energy security goals and provided a unique opportunity to leverage national expertise in Hawaiʻi.
The collaboration focused on three key scientific computing frameworks: PISALE, AMReX, and MFEM, which are instrumental in solving complex scientific problems and conducting high-performance simulations. By bringing these experts to UH, the university aimed to empower students to tackle significant scientific challenges and become leaders in computational science.
The visit also facilitated access to Perlmutter, a top-of-the-line high-performance computer at the National Energy Research Scientific Computing Center (NERSC). The event showcased the unveiling of a new NERSC supercomputer set to launch in 2026, equipped with cutting-edge technology like NVIDIA Vera-Rubin CPU–GPUs for advanced scientific and AI workloads.
Throughout the collaboration, graduate students from UH Mānoa and New York University received specialized training on these advanced systems and worked on energy-related projects. One key focus was developing digital models for next-generation energy production, including geothermal energy, groundwater modeling in Hawaiʻi, and materials design for energy and computing technologies.
According to Neil Mehta and Kevin Gott, NERSC performance engineers, this program significantly enhanced UH Mānoa students’ readiness to utilize advanced computing codes, expanding the university’s research capabilities. By exposing students to cutting-edge computing facilities, the program aimed to prepare the next generation of scientists for high-performance computing challenges.
By broadening research opportunities in Hawaiʻi and connecting local students to national scientific frontiers, the collaboration not only advanced energy solutions but also strengthened U.S. leadership in energy innovation. This initiative underscored the importance of equipping students with the skills and knowledge needed to address pressing energy challenges on a global scale.
In conclusion, the collaboration between UH and national laboratories exemplifies the value of partnerships in driving scientific innovation and preparing future generations of computational scientists. By providing students with hands-on experience and exposure to state-of-the-art technologies, this program has not only expanded research horizons in Hawaiʻi but also contributed to the advancement of energy solutions on a broader scale.
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