Dr. Maximilian Fisser

At Fernride, we are working towards a future in which accidents, emissions, time waste, and inequality in mobility and transportation belong to the past. We offer our customers driverless transportation today, by building the most advanced teleoperation. Join us on our quest of enabling a driverless future for everyone! We are hiring! www.fernride.com/career

Design and evaluation of a novel fault detection system for high temperature superconductors. Writing of scientific journal articles and patents about my work as a contractor with the Robinson Research Insitute.

Design and evaluation of a novel fault detection system for high temperature superconductors (this work is based on a novel fiber optic sensing system that I proposed during my PhD). - A patent is in preparation and several journal and conference publications covering this work will follow.

My PhD studies focused on the development of a fiber optic sensor for hydrogen monitoring in transformers. I developed several new sensor designs and novel sensing concepts, of which one is the most sensitive fiber optic hydrogen sensor reported so far. One sensor design proofed to be particularly well suited for the integration in a transformer and we are currently working on a product prototype. My contributions have been published in several high impact factor journals and a patent.

Bewerten und Optimieren einer Anlage zum selektiven Laserstrahlschmelzen

VBA Programierung zur Auswertung von Messdaten

Entwicklung von innovativen Bedienelementen

Development of a fiber optic sensor for hydrogen monitoring in transformers.

Produktentwicklung, erneuerbare Energien

Allgemeiner Maschinenbau