Scientific Associate (2553)

JOB DESCRIPTION Implementation of ongoing research and third-party projects Readiness to design and carry out numerical flow calculations and fluid mechanic laboratory tests Involvement and support of student assistants in the implementation of projects Conception and support of student projects (Bachelor and Master) Publication of research results at (international) meetings and relevant journals Support for the acquisition of new research and third-party funding projects It is a qualification center within the meaning of the Science Time Contract Law (WissZeitVG), which is used to promote a doctorate procedure. The position is limited for the duration of the doctoral procedure, but initially for a period of three years. As part of the project, new calculation models for the description of dispersed flows are to be developed. An extension to the doctoral degree may be possible within the limits of the WissZeitVG. JOB REQUEST (Master or equivalent) in mechanical engineering, chemical engineering or chemical engineering at a scientific university (specializing in flow mechanics, multi-phase flows) with very good qualification Experiences in the field of numerical flow calculation are desirable Very good knowledge of English spoken and written Good knowledge of German in speaking and writing Self-initiative, contact and willingness to work as well as willingness to teamwork CODE NUMBER 16150 APPLICATION INFORMATION Applications must be sent to the Bergische Universität Wuppertal, Faculty of Mechanical Engineering and Safety Engineering, Univ.-Prof. Dr.-Ing. Habilit Uwe Janoske, 42097 Wuppertal, Germany. Applications submitted by electronic means can not be considered. Women are preferred given equal qualifications, proficiency and professional performance, provided that they are underrepresented in the organizational unit and are not in the person of a competitor. The rights of severely handicapped persons, with the same suitability being preferred, shall remain unaffected. APPLICATION DEADLINE 27.01.2017 If you apply for this position please say you saw it on Engineeroxy

JOB DESCRIPTION

Implementation of ongoing research and third-party projects
Readiness to design and carry out numerical flow calculations and fluid mechanic laboratory tests
Involvement and support of student assistants in the implementation of projects
Conception and support of student projects (Bachelor and Master)
Publication of research results at (international) meetings and relevant journals
Support for the acquisition of new research and third-party funding projects

It is a qualification center within the meaning of the Science Time Contract Law (WissZeitVG), which is used to promote a doctorate procedure. The position is limited for the duration of the doctoral procedure, but initially for a period of three years. As part of the project, new calculation models for the description of dispersed flows are to be developed.

An extension to the doctoral degree may be possible within the limits of the WissZeitVG.

JOB REQUEST

(Master or equivalent) in mechanical engineering, chemical engineering or chemical engineering at a scientific university (specializing in flow mechanics, multi-phase flows) with very good qualification
Experiences in the field of numerical flow calculation are desirable
Very good knowledge of English spoken and written
Good knowledge of German in speaking and writing
Self-initiative, contact and willingness to work as well as willingness to teamwork

CODE NUMBER

16150

APPLICATION INFORMATION

Applications must be sent to the Bergische Universität Wuppertal, Faculty of Mechanical Engineering and Safety Engineering, Univ.-Prof. Dr.-Ing. Habilit Uwe Janoske, 42097 Wuppertal, Germany.

Applications submitted by electronic means can not be considered.

Women are preferred given equal qualifications, proficiency and professional performance, provided that they are underrepresented in the organizational unit and are not in the person of a competitor. The rights of severely handicapped persons, with the same suitability being preferred, shall remain unaffected.