People @ EoCoE

High performance Computing, computational fluid dynamics and astrophysics.

High-performance Computing, computational plasma physics

High-performance numerical linear algebra. Parallel computing. Algorithm development and optimization. Method development in Materials Science. Data analysis and Machine Learning. High-performance tensor computations.

High-performance Computing, Computational plasma physics

High-Performance Computing, Fast Sparse Linear Solvers and Preconditioners, Computational and Data Science

Parallel I/O and portable dataformats

High Performance Computing - High Performance Data Analytics

Computational Materials Science, project manager

Computational Materials Science, research scientist

High resolution large scale hydrologic modeling using high performance computing sources

High performance Computing, Computational Fluid Dynamics and Large Eddy Simulation.

Participant in WP2 for the libNEGF flagship code. Expertize in high-performance computing, numerical linear algebra, and algorithm development and optimization. Developer of methods in Materials Science and high-performance tensor computations.

Project Management

Computational Materials Science. Simulations based on many-body perturbation theory. Photovoltaic materials.

High-performance computing, resilience, fault tolerance, storage.

Fast iterative linear and nonlinear solvers and preconditioners; solvers for sequences of linear systems; time-step integrators

Geothermal Reservoir Modeling, Geothermal Energy, Optimal Experimental Design

LES modelling of atmospheric boundary layers and wind farms

Computational mathematics, sparse matrices, direct and hybrid methods, parallel computation

Numerical Linear Algebra, Linear Solvers and Preconditioners, High-Performance Computing

4 dimensional variational data assimilation, particle filter, atmospheric modelling, ensemble forecasting, meteorology, atmospheric chemistry

High Performance Ensemble based Data Assimilation

Energy meteorology, PV forecasting, Optical Flow

Ensemble computing, resiliency, fault tolerance, IO.

High performance computing, fast and robust iterative solvers, numerical linear algebra

Large-scale hydrological modeling including the presence of Human Systems, Hydropower simulation

HPC computing – Scheduling – Efficiency – Fault tolerance – Optimization of scientific codes – Physics of materials

Classical Molecular Dynamics computer simulations, materials for novel energies applications, statistical mechanics

High performance linear system solver

Participant in WP1 and WP2 for the libNEGF flagship code. Senior Researcher at CNR-ISMN. Expert in electronic transport in nanodevices. Developer of the simulation tool for multiscale device simulations, TiberCAD, main developer of the libNEGF library for quantum transport calculations.

Participant in WP1for the libNEGF flagship code. Researcher with the University of Bremen until 2016, and currently R&D Software Engineer in Bruker Daltonics. He is an independent open-source scientific software contributor with an interest in computational materials science and nanoelectronics.

Communication, dissemination and outreach

Networking at EU level, dissemination and outreach of the project

Communication, Web, Tutorials / hands-on and workshops info coordinator

High performance computing, fast and robust iterative solvers, numerical analysis, Lattice Boltzmann Methods for Wind turbines

Simulation of materials for energy harvesting and storage

Plasma turbulence modelling for magnetic fusion, algorithm and code development, parallel computing

European projects management, GDPR

Materials and device modelling for organic and hybrid organic-inorganic devices at the multi scale.

Electronic structure calculations, Monte Carlo simulations, defects in insulators, polaronic effects