Student Projects
Student projects listed in the CSE Lab are highly interdisciplinary, integrating scientific and engineering problems with Computer Science and Mathematics.
The Classification below lists the emphasis of the project and they can be adapted depending on the student background and interests.
Fluid Mechanics
 Machine Learning Algorithms: Optimal Motion of Interacting Swimmers (Sid V.)
 3D Fluid/Granular Flow Solvers on Heterogenous Platforms (Diego R.)
 Compressible Flows on Supercomputing Clusters (Diego R.)
 Granular flows and process optimization (Panos A.)
 Compressible Vortex Reconnections (Christian C.)
 Investigation of Damage Potential in Cloud Cavitation Collapse Simulations (Jonas S.)
 Computational fluid dynamics in collaboration with industry (Jens W.)
Nanotechnology
 Uncertainty Quantification of Molecular Dynamics Simulations (Wu S.)
 Identifying the Vibrational Modes of Carbon NanoStructures (Panos A.)
 Heat Transfer across a SolidLiquid Interface (Dmitry A.)
 Nanodroplets Transport in Carbon Nanotubes (Dmitry A.)
 Evaluating Computational Models of Water with Molecular Dynamicsâ€© (Dmitry A.)
 Snowflakes with Molecular Dynamics (Dmitry A.)
Life Sciences
 Mechanics of Biological Tissues (Gerardo T.)
 Improving Monte Carlo Simulations with Pharmacokinetics applications (Wu S.)
 Multilevel Simulation Algorithm for Stochastic Biological Systems (Jonas S.)
Computational Methods/HPC
 Wavelets for Signal Processing and Simulations (Diego R.)
 Parallel Uncertainty Quantification and Optimization Framework (Panos H.)
 Diffusion Processes on Heterogeneous Platforms (Christian C.)
 FluidStructure Interactions Under the Effects of Gravity (Christian C.)
 Creating a Motion Tracking Setup for Interactive Scientific Visualization (Sid V.)
 Improving CMAES: Efficient Retrieval of Landscape Hessian (Lina K.)

Uncertainty Quantification in Cloud Cavitation Collapses using MLMC (Jonas S.)