PHYSTECH MB — engineering office for technical physics
Self-employed: high-precision 3D laser measurement, metrological analysis and structured problem solving in industrial applications.
Technical physicist, measurement engineer and hands-on problem solver with many years of industrial experience.
I combine technical physics, high-precision 3D metrology and extensive practical experience to make technical problems not only visible, but solvable.
My focus is the systematic analysis of geometry, function and interrelations in machines and plants. The route runs through clean measurement — the goal is always a technically sound and implementable solution.
Extract from the past twenty years.
Self-employed: high-precision 3D laser measurement, metrological analysis and structured problem solving in industrial applications.
Leading and coordinating the mechanical assembly teams for column integration of multibeam mask writers at sites in Japan, the USA, Korea and Taiwan through to site acceptance test, including pre-commissioning and optimisation of assembly processes in the cleanroom.
Project development for special-purpose machinery and steel belts, project management of international plant projects and precision surveying with 3D laser trackers. As a physicist also selection, testing and integration of sensors — confocal sensors, bearingless magnetic encoders and laser distance sensors — including the physical assessment of the measuring principles.
Capital projects in the metalworking industry from planning to acceptance, including site supervision and modernisation of existing machines.
For enquiries regarding measurement, analysis or technical support.