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Open Positions 1
Time Span 29 Feb 2020 for 36 months
Application Deadline 31 May 2019
Financing no
Type of Position
  • PhD - Doctoral Programme
Field of Research
  • Engineering
Subjects Dynamics and Control
Description The realization of safe and reliable technical systems is an important engineering task. With respect to the realization of autonomous systems (highly automated driving as example) and semiautonomous, guided systems (human-maschine-system with automated guidance or assistance) or arbitray other system of safety relevance the safety, the functionality, as well as the availability of the system has to be considered within the project. Beside the discussion about hardware (reliability, topology) also the functionality of software/algorithms should be considere. Dynamic risk assessment or similar new approaches and methods relating systems, tasks, and situations together new research has to be done.
Beside the development of method(s) we validate our approaches using our own test equipment or suitable simulation examples. Using our professional driving simulator we are able to realize driver-in-the-loop experiments. In other projects the driving simulator is combined with our hybrid powertrain simulator (HIL-test rigs with batteries, supercaps etc.). Actually we are increasing our hardware platforms with the goal also to test autonomous/semiautonomous/assisted guidance of unmanned aerial vehicles. In this context industry automation hardware based on standard PLC as well as highspeed PLC’s are to be integrated.
The next intended research development steps concentrate on
- modeling of dynamic reliability characteristics.
- design of topologies of high reliability
- defining comprimises between safety, cost, reliability, availability, complexity
- integrating of automation systems
- defining challenging examples like HRA-based human-machine-system (guiding drones, guiding machines, guiding vehicles, etc.).
Therefore we need students from the reliability/safety engineering i) strong engineering programming and/or algorithm design skills, ii) strong background in reliability/safety methods, and iii) automation/engineering background. If two of the three requirements are fullfilled, feel free to apply.
From the new candidate we expect that s/he is willing to become very fast an important and valuable member of our CTS (cognitive technical systems) team within the Chair.
Therefore we expect
i) a shown and strong expertise in related scientific fields to be integrated,
ii) your ability and commitment to develop and validate NEW methods and approaches, and
iii) your willingness and commitment to write scientific contributions on a world class level.
In case of interest please provide beside the usual application material (CV, grades, ...) material stating that you have strong English language skills (TOEFL IBT better than 95, IETLS better than 6.5) and a detailed and described interest ONLY in the described research fields. Your German language skills can be (if necessary) improved by language courses in parallel (for example at the Goethe Institute, Düsseldorf) (on your cost). For further information about the requirements see also the website of the Chair SRS: www.uni-due.de/srs/prospective.

Be aware about the time schedule of your DAAD-application:
application now or in September/October year 1 leads to the beginning of german language courses in May/June year 2 and start PhD research at the Chair SRS in October year 2.
In case of other application (government programs, national/university training programs):
You should be supported for more than 3,5 years. In case of support for less than 3,5 years, you should convince us based on existing international publications from the last five years.
The successful candidate is primarily directly related to:
Prof. Söffker (Scientific supervisor: Prof. Söffker)

Specific prerequisites:
Bachelor and Master degree in Electrical or Mechanical Engineering or Information science or Mathematics or Automation/Control (with strong interests in programming) (with clear related specification) necessary, deep interest in the field, excellent grades in related courses.

Next steps:
1. Be aware of your national DAAD application deadline (which varies between February and November each year).
2. Contact Prof. Söffker directly by E-Mail (soeffker@uni-due.de, subject: DAAD-Appl. HMS) and send copy of CV, certificates, recommendation letters as well as a first proposal (2-3 pages) about your understanding of the intended topic, your intended working schedule, the state of the art in this field as well as the deduced definition of your project. A ‘copy and paste’-strategy will disqualify you immediately.
3. Be aware about the time schedule of your application: DAAD example application in September/October year 1 leads to begin language courses in May/June year 2 and start PhD research in October year 2.
4. Joint improvement of the proposal: If the quality of the project proposal is finally fitting to the groups standard (=perfect) Prof. Söffker will invite you by writing the required acceptance letter.
5. The final decision is with the DAAD committees.

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About the Chair SRS (Head: Prof. Söffker) at U DuE, Germany:
With a mix of coworkers and PhD students financed by the university or by public funding, coworkers and PhD students financed by industry projects and PhD students financed by their home countries or by DAAD scholarships the Chair has a large tradition in supervising academic trainees. The internal organization scheme will allow an improved organization of the academic work of the PhD students in guided groups. Academic qualification includes not only the PhD topic related work but also advising coworking students (Bachelor/Master level) based on individual qualification and skills etc.

Requirements -University degree on the level of a Master (e.g. of Science, of Engineering) in Mechanical Engineering, Electrical Engineering, or a mentioned specific area of an accredited institution.
- Very good written and spoken English language skills (TOEFL IBT better than 95)
- Very good communication skills
- Able to work in an open minded, very international team
- Very good mathematical background and programming skills
- Understanding of what system theory, control technique, and system dynamics means in this field. Additionally the understanding of how such systems are technically realized is required.
- Readiness to learn german initially and for continously improvement of language skills (during the whole time of PhD work)
Working Language
  • English
  • German
Language of Dissertation
  • English
Required Documents
  • CV
  • Reports, certificates
  • Letter of Motivation
  • Research Proposal
More Information http://www.uni-due.de/srs/prospective

Contact

Universität Duisburg-Essen • Fakultät für Ingenieurwissenschaften, Lehrstuhl Steuerung, Regelung und Systemdynamik
Fateme Bakhshande
Lotharstr. 1
47057 Duisburg

Mail: fateme.bakhshande@uni-due.de
Phone: +49 (0) 203-379 3423
https://www.uni-due.de/srs/