Victoria Whitley Clark
I am the Head of Computational Physics at atdepth, where I build high-resolution ocean modeling systems for monitoring and verifying human interventions in the ocean.
I completed my PhD in the Applied Mathematics, Statistics and Scientific Computing (AMSC) program, at the University of Maryland, College Park, advised by Dr. Jacob Wenegrat in 2025. My doctoral research focused on boundary exchange and mixing from breaking internal waves on sloping topography or due to background flow modifications, using Large Eddy Simulations (LES). Before that, I studied Applied Mathematics at the University of North Carolina, Chapel Hill, while working at the Joint Applied Math and Marine Sciences Fluids Lab until 2019. Broadly, I am interested in numerical applications of ocean dynamics, particularly in the ocean submesoscale and interactions with topography and am driven by a passion for connecting mathematical and computational concepts to the natural world. Below is a video of a boundary tracer release using 3D LES.
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News
- (Aug 2026) Promoted to Head of Computational Physics at atdepth
- (Jan 2026) Received my PhD in Applied Mathematics, Statistics and Scientific Computing Dissertation from the University of Maryland, College Park
- (Jan 2026) Started new job as Ocean Modeler at atdepth
- (Dec 2025) Successfully defended dissertation: Internal wave-topography and flow interactions in the bottom boundary layer
- (June 2025) Breaking internal waves on sloping topography: connecting parcel displacements to overturn size, interior-boundary exchanges, and mixing published in JPO
- (April 2024) Submitted Breaking internal waves on sloping topography: connecting parcel displacements to overturn size, interior-boundary exchanges, and mixing to JPO
- (June 2023) Ph.D. Student Victoria Whitley ‘Talks Math’ and Mentorship
- (May 2023) Received Hauptman Fellowship
- (May 2021) Advanced to candidacy
- (October 2019) AMSC website Student Profile
- (March 2018) UNC Research Edeavors: Women in Science
