• Development, adaptation, optimization and deployment of scientific applications on parallel and distributed computer architectures;
• Novel paradigms in computational science, e.g. model-driven architecture, service-oriented architecture.
• Integration of existing numerical methods and algorithms in software for multiscale modeling and simulation of complex systems and processes. Nano-structured materials, phenomena at interfaces are of special interest.
• High Peformance Computing, High Throughput Computing, Data Intensive Computing
• Particle Swarm Optimisation -  applications (see Massively parallel particle swarm optimization with ArFlock)

See also SimLab NanoMicro.

See full list of publications in Google Scholar.