Michael Theodor

Entwicklung von Hard- und Software für die Gebäudeautomation

An Endress+Hauser Company

Ausgründung der TrueDyne Sensors AG aus der E*+H-Gruppe

PhD-Thesis: Development of an implantable medical monitor. Project coordination, scheduling, team supervision, Concept development for wireless data- and power-transmission and sensor, Development and realisation of a circuit on PCB level, Microcontroller programming, Design and assembly of biocompatible implant housing, Signal processing, Design of analog electronics for pulse oximetry, ECG and blood pressure sensing, Organisation of clinical trials

Supervision of clinical trials, comunication surgeons worldwide, medical data processing, algorithm development, responcible for the comunication to Stryker germany

Algorithm development, Matlab, C++, test of sensor system,

Internship in the department Development of Thermal Imagers. Readout and Evaluation of thermal sensor-arrays and FPGA-programming.

Student Job at the Chair of Test and Assembly. characterization of automotive pressure-sensors, development of a microcontroller-sensor-readout-circuit.

Intern position in the development-department of electronics for vehicles. Duties includes designing and testing circuits for electric motors.