Development of software for motor converter control including technical investigations, requirements, implementation and testing.Research and development of acoustic noise reduction of traction systems, especially noise related to electrical motors. Tests and measurements in lab environment.

Research on acoustic noise originating from electromagnetic forces. Especially the noise of traction motors fed from pulse-width-modulated (PWM) frequency converters. Studying the impact of the PWM control and possibilities to predict the noise and to reduce the resulting radiated noise of the motors.

Motion control tuning of industrial robots. Test and verification of motion performance. Project leader for one part of a development project for a new manipulator.

Verification and validation of software for converter control. Development of test specifications and tests. Development and maintenance of real-time testing systems. Improvements of the processes for testing. Test manager in several projects.

Master Thesis: "Application of a new software tool for the automated test of automotive electronic control unit software"

Taking part in a larger project for hybrid vehicles.Independent development of tools for the efficient construction of test system, for example a program that enabled the automaticgeneration of MATLAB / Simulink models from system specifications.