The postdoc will work with a team of PIs on an NSF-funded project, the goal of which is to map the space-time geography of internal gravity wave (IW) dissipation and mixing, and the underlying dynamics, using state-of-the-art high-resolution global and regional IW models along with theory and observations of IWs.
The objective of the PostDoc, which will utilize primarily regional ocean models, will be threefold: (1) to ascertain the impact of modeling decisions (including resolution, dissipation mechanisms, and forcing) on the accuracy of spatial and temporal distributions of IW dissipation and mixing, (2) to ascertain the impact of modeling decisions on the representation of nonlinear IW processes, and (3) to study fundamentals of nonlinear IW processes. The candidate should have strong skills in theoretical physics, numerical methods, and model development and have expertise in internal waves and spectral models of wave and/or eddy turbulence. They will design and implement novel IW dissipation schemes as well as diagnostics for identifying the properties of nonlinear IW interactions.
Education & Experience
Education: Ph.D. in Physics, Applied Math or Physical Oceanography
Previous Experience: Required technical skills include substantial experience with the methods of Wave Turbulence, spectral energy transfers, numerical methods and development for finite-volume solvers, oceanic internal wave modelling, statistical analysis of spectra from observations and/or numerical models, scientific paper writing, and familiarity with programming languages including Fortran, Matlab, and Unix Shell. The appointment will be for two years, 3 months. Informal inquiries should be addressed to Dr. Kurt Polzin ([email protected]).
Special Requirements
- TWIC
- Must be a US Citizen
- Security Clearance
- Person drives WHOI vehicle
