An Assistant Project Scientist position is open in the Global Seismology Group at UC Berkeley.
The incumbent will implement a scalable version of the Distributed Finite
Difference Method (DFDM, Masson, 2023; Masson and Virieux, 2024; Masson et al.,
2024) for seismic wave propagation in a global 3D elastic and attenuating
Earth, for implementation in the new HPC facility “Doudna” at NERSC (National
Energy Research Scientific Computing center). They will coordinate with
collaborators at NERSC on this project and test and benchmark the new code
against the Spectral Element Method, specifically the widely used and optimized
SPECFEM3D_Globe code. They will also add features necessary for the application
to real case scenarios (moment tensor source, anelastic attenuation) and
demonstrate its efficiency and accuracy for deep earth modeling applications.
The candidate will participate in the development of an azimuthally
anisotropic shear velocity model of the extended upper mantle transition zone
in the southwest Pacific using full waveform inversion and shear wave splitting
data. Additionally, the candidate will be expected to attend conferences ,
participate in developing grant proposals/reports and authoring or co-authoring
technical papers.
Deadline:
Next review date: August 30th, 2025, 11:59pm Pacific Time
by this date to ensure full consideration by the committee.
Final deadline: September 15th, 2025, 11:59pm Pacific Time.
Applications will continue to be accepted until this date,
but those received after the review date will only be considered if the
position has not yet been filled.