Unser Partner der Universität der UniBw München, die Professur für Luftfahrttechnikan der Fakultät für Luft‐ und Raumfahrttechnik sucht eine/n Doktorandin/Doktorand Computer Vision für Luftfahrtanwendungen. (Befristete Vollzeitstelle, Möglichkeit zur Promotion zum Dr.‐Ing., Vergütung nach E13 TVÖD)
Detaillierte Informationen sowie die Kontaktdaten finden Sie in der Stellenbeschreibung:
The Institute of Flight
System Dynamics is currently developing a flying missile testbed for the
evaluation of nonlinear-adaptive flight control algorithms and state of the art
avionics concepts. This is done in the scope of a joint development project
together with companies from the aerospace industry and the Technion in Haifa.
A sensor- or actuator fault in the rocket or missile avionics can lead to a
chain of effects resulting in a disastrous outcome. The application of Failure
Detection, Isolation and Reconfiguration (FDIR) algorithms are therefore of
particular interest in rocket and missile avionics design.
In the scope of this
development project two special cases demand the implementation of a failure
detection algorithm: First, during test flights the flight termination system
shall be triggered when a component fault is detected and hence limit the
impact of the missile on the test site. Second, novel flight control systems
offer the possibility of coping with hardware faults by implementing redundancy
measures. However, this redundancy can only be useful when the fault can be
detected, the origin of the fault isolated and the undesired outcome mitigated
by reconfiguring the flight control system.
In the scope of this
thesis a fault detection and isolation algorithm shall be developed that is
able to detect sensor or actuator faults within the avionics system and
activate the flight termination system accordingly. Special emphasis shall be
taken to allow the extension of the algorithm to cope with systematic failures
and the reconfiguration of the Flight Control System.
Working packages:
WP1: Literature review on faults, fault modeling and fault detection (FDIR) within an avionics system
WP2: Identification of possible failure modes within the avionics system
WP3: Modeling of the identified faults and implementation into a missile flight simulation environment
WP4: Development of a suitable failure detection and isolation algorithm
WP5: Implementation and test of the developed algorithm into the missile flight simulation environment
WP6: (Optional) Implementation and test of the developed algorithm into the missile avionics testbed
Requirements:
Self organized and independent working style
Experience with Matlab/Simulink required
Experience with filter design and systems engineering desirable
Die SCHOTTEL Industries GmbH ab sucht Mitarbeiter im Bereich Regelung und Simulation. Weitere Information finden Sie in den folgenden verlinkten Stellenausschreibungen:
Unser Partner Air and Missile Defence Consulting GmbH (AMDC) sucht ab sofort einen Werkstudenten (m/w) mit Hintergrund in Luft- und Raumfahrttechnik oder Elektrotechnik.
Unser Partner Air and Missile Defence Consulting GmbH (AMDC) sucht ab sofort einen Werkstudenten (m/w) für autonome Objektdetektion mittels künstlicher neuronaler Netze.
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