[1] Clustering of floating tracers

[2] Isolated coherent vortices in geostrophic turbulence

[3] Developing quasigeostrophic coupled ocean-atmosphere model

[4] Developing quasigeostrophic ocean circulation model for irregular domains

[5] Reconciling the Eulerian and Lagrangian models for turbulent transport

[6] Hyperparameterization framework for mesoscale oceanic turbulence

[7] Developing marine ice models and exploration of mesoscale-ice coupling

[8] Attenuation of inertial-gravity waves under marginal ice zone

[9] Formation and dynamics of topostrophic flows

[10] Biogeochemical modelling coupled with fluid dynamics of the ocean

[11] Conceptual dynamical systems for the oceanic deep convection

THE HIGHEST PRIORITY WILL BE GIVEN TO STUDENTS WITH THE SKILLS AND GENUINE INTEREST IN COMPUTATIONAL GEOPHYSICAL FLUID DYNAMICS AND OCEAN MODELLING

I also have ideas for postdoctoral fellowships, if you are keen to apply, to win one and to work with me.