As specialist for aerothermal methods following items were and are part of my work- GLOBAL TECHNICAL LEAD GAS PATH DESIGN SYSTEMo automation and standardization of aerothermal design processes inside the gas path for nacelle, intake, bypass, the compression system, the combustor and the turbineo establishment of agile working methods (scrum, Kanban, sprints) for an efficient global, collaborative software development using Pythono interface development to system design (multidisciplinary design processes)o quality control by use of automated testing and version control- MEMBER OF CORE DEVELOPMENT TEAM FOR “PARABLADING” (CORPORATED TOOL FOR PARAMETRIC AND CAD-CENTRIC AEROFOIL DESIGN)o ~400.000 lines of code (C++/Qt)o quality control by use of automated testing (Unittests, Jenkins), version control software (Git, GitLab), code reviewso global user/project support (mainly compressor and turbines)- RESPONSIBLE FOR GLOBAL DEPLOYMENT & DEVELOPMENT OF CORPORATED BLADE-TO-BLADE SOLVER MISES (2D CFD)- TRANSFER/DIGITIZATION OF REAL AEROFOIL GEOMETRIES FOR ANALYSIS TOOLS (FEM, CFD) – ONE-TO-ONE OR PARAMETRICo alignment of measured data (CMM or GOM) and reduction of degrees of freedomo development of suited parameterizationso quantification of uncertainties (pdfs/cdfs and correlations) by use of statistical methods- DEVELOPMENT OF EFFICIENT AND INNOVATIVE METHODS SUPPORTING DESIGN SPACE EXPLORATION AND EXPLOITATION AS WELL AS ROBUST DESIGN / UQ (E.G. CODING OF JAVA PLUGINS FOR ISIGHT)- SUPPORT OF AND WORK ON RESEARCH PROJECTSo technical formulation of research proposalso industrial support of PhDs- SUBJECT MATTER EXPERT FOR MATLAB AND QUALITY PROCEDURE FOR INTERNAL SOFTWARE DEVELOPMENT