Dr. Max Cichocki

Specializing in automation technology for logistics engineering, I supervise scientific and industrial projects from concept to completion to drive efficiency and innovation through cutting-edge technologies. Additionally, I bring my expertise into operational work whenever necessary, ensuring seamless execution and optimal performance.

My key research area is the implementation of automation technology in logistic workflows.

Consultancy in Mechatronics and IT.

My key research area is Structural Health Monitoring, more specifically the detection of damages in Carbon fiber reinforced polymer using the Electrical Impedance Tomography. Due to this comparatively young research area, my range of tasks is very diverse, starting from the development of measurement hardware- and software with microprocessors (Arduino) for fully automated process management, to presenting our research at internal/external events.

Worked at test bench for truck engines in corporation with Scania. Main focus was on reproducing known engine errors on the test bench and finding fast applicable solutions.

Gained practical experience at AVL’s high voltage laboratory, by preparing the test area for various testing scenarios.

Laboratory work at Institute for Physical Chemistry at University of Graz for final thesis at secondary school. Awarded with distinction by the Austrian Society of Chemistry

Special Focus: Design of Mechatronic Products Intensified courses in + Design and development of mechatronic products: courses in CAD/CAM/CAE: + Robotics and Automation Engineering: Control Theory of non-linear Systems and Control of Industrial Robots + Design of Lightweight Structures

Intensified Courses in + Mechanical Engineering + Software Engineering + Automation Technology (Signal Processing and Control theory of continuous LTI systems) + Measurement Engineering