Theoretical and applied research in mathematical and simulation methods and algorithms, data processing and analysis among them, design of automation and control systems; Simulation of complex physical phenomena
Theoretical and computational aspects of continuum mechanics, structural mechanics, multibody dynamics and thermodynamics; Structural and topological optimization; Systems engineering and model driven software implementation
Engine performance modelling & engine performance diagnostics; In depth knowledge of PROOSIS, in particular; Extensive background in all aspects of turbo machinery analysis, including modelling at all possible depths (0,1,2,3D)
Multidisciplinary optimization & Robust design; Innovation on organizational models and software technologies; Collaborative working processes and technologies; Lean management initiatives; Business Modelling Language
Construction of advanced cost prediction systems, optimisation of meta-modelled, approximate or noisy systems and analysis of robustness. Use of computational methods for studying design and related problems in fluids, structures, control systems, evolutionary optimisation.
Design process and change management; Advanced process modelling methods, adaptive scheduling and workflow optimisation techniques; design process modelling, scheduling, simulation and process optimisation methods/tools