1. Representative of the management for quality (ISO 13485, ISO 9001):- Supporting the management in defining, monitoring and documenting internal procedures. - Training of employees.- Internal auditing.- Head of the Quality team. 2. Management representative for regulatory requirements: - Analysis of legal requirements for development, production and affected partners. - Derivation of requirements for these areas. -Tracking, control and documentation (verification) of the conformity of the work results with the regulatory requirements. 3. Risk Management (ISO 14971 / TR 24971)4. Internal consultant for and management of industrial property rights.

Project engineer for pre-development of lightweight structures, key account manager Japan. Technical and organizational management of project teams, application for and processing of industrial and publicly funded research and consulting projects in the fields of car body construction (VW, Vauxhall, Škoda), heat and air conditioning technology, medical technology, transmission technology. Chief Quality Officer (ISO 13485, ISO 9001).Planning, creation and implementation of internal (QMS) and external (VW) training courses.Consultant for industrial property rights. Particular successes: two patents:- Medical technology: DE102015114742B4- Transmission technology: DE102016118877B4.

Research and Development in Sheet Prototyping (AISF)Project manager Engineering of sub-project B2 within the Special Research Programme 823 (http://www.statistik.tu-dortmund.de/sfb823-project_b2.html). Research: Incremental Sheet Forming (analysis, design and simulation of processes; design of tools, jigs and Fixtures), design of experiments.Teaching: Special Processes in Forming (Lectures, Classes, and supervision of theses).

Project manager R&D: Numerical Simulation for ISF. Developed, modelled, and conducted Finite-Element-Analyses in MSC.Marc, Ansys, LS-Dyna. Developed and implemented control and simulation routines in commercial codes using Fortran, Python, and Matlab. Supervision of two theses and student projects on FEA.

Mechanical Design Engineer for Finite-Element-Analysis (FEA). Conducted modeling, simulation and analysis of forming processes in MSC.Marc, LS-Dyna. Led redesign of lectures for basic and advanced classes; introducing novel educational concept.

Conducted modeling, simulation and analysis of sheet metal spinning in I-Deas, LS-Dyna.

Intern in Prototyping- and Special Series Division. Assisted design and process planning subdivisions for various aerospace- and defence projects.