Wissenschaftliche Mitarbeiter, Promotions- & PostDoc-Stellen

Im Rahmen der Arbeit sollen innovative aktive und passive Mikrowellenschaltungen zur Ansteuerung und zum rauscharmen Auslesen von Quantensystemen bei Tieftemperatur erforscht, realisiert und in Quantencomputern praktisch erprobt werden.

Das LHFT ist eines der international führenden Institute im ... Weiterlesen

Scope:
Within this project, innovative optical coherence tomography and coherent LiDAR system architectures and components for extremely precise range and motion sensing in medical and industrial applications will be investigated. In particular, fiber optic signal generation, modulation and detecti... Weiterlesen

Scope:
Within this project, innovative system and component concepts for high bandwidth, high sensitivity microwave and millimeter-wave transceiver frontends in future’s radar and communication systems will be investigated. Involved aspects include signal synthesis principles, self-interference can... Weiterlesen

Applicants should be qualified to graduate degree (master degree or diploma) in electrical engineering, communications technology, or in a related discipline. The successful candidate can start as soon as they are available.
The project will involve the research on cutting edge methods for innovati... Weiterlesen

The Institute of Microwaves and Photonics (LHFT) at the Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) in Germany invites applications for the role of PhD Research Assistant (m/f/d) in
Wireless Locating Systems for Human Motion Tracking

Background:
The planned research is embedded as ... Weiterlesen

The Institute of Microwaves and Photonics (LHFT) at the Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) in Germany invites applications for the role of PhD Research Assistant (m/f/d) in
Radar Technology for Biomedical Imaging and Human Motion Tracking

Background:
The planned research i... Weiterlesen

Im Rahmen der Arbeit sollen innovative Methoden zur Radarsignalverarbeitung, zur intelligenten Erfassung der Umgebung und zur Generierung von künstlichen Radar-Signalen und -Bildern basierend auf Artificial Intelligence / Deep Learning erforscht, umgesetzt und in praktischen Anwendungen in Kooperati... Weiterlesen