Universität der Bundeswehr München | Germany | 85xxx Neubiberg | Temporary contract | Part time - flexible / Full time / Home office | Published since: 13.06.2025 on stepstone.de
Research Assistant (m/w/d) Investigations on the Dynamics of a Detached Turbulent Flow
Research assistant Senior Consultant (m/w/d) "Inquiries on the Dynamics of a Dissolved Turbulent Flow" at the Faculty of Aerospace Technology at the Institute for Fluid Mechanics and Aerodynamics (Deferred to the 13 TVöD Group) at the next possible time, searched for 2 years in full or part-time. The Institute of Fluid Mechanics and Aerodynamics of the Faculty of Aerospace Engineering at the University of the Federal Armed Force Munich researches both basic and technically relevant currents on microscopic and macroscopic scales. The project aims to carry out studies on the dynamics of a dissolved turbulent flow. Such flows occur on numerous objects and are therefore highly relevant for the aerodynamics of aircraft. For generic studies in the wind tunnel, a model has already been designed and manufactured, where the flow is to be characterized in detail. The core for this purpose are modern optical flow measurement techniques, by means of which both flow fields and the wall thrust stresses are to be detected. The analyses should contribute to a better understanding of the underlying physics and also provide a data base for the further development of turbulence models. The implementation of these tasks involves regular missions. JOBV1_EN
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Your tasks • Your profile • What we offer
Research assistant Senior Consultant (m/w/d) ''Inquiries on the Dynamics of a Dissolved Turbulent Flow'' at the Faculty of Aerospace Technology at the Institute for Fluid Mechanics and Aerodynamics (Deferred to the 13 TVöD Group) at the next possible time, searched for 2 years in full or part-time. The Institute of Fluid Mechanics and Aerodynamics of the Faculty of Aerospace Engineering at the University of the Federal Armed Force Munich researches both basic and technically relevant currents on microscopic and macroscopic scales. The project aims to carry out studies on the dynamics of a dissolved turbulent flow. Such flows occur on numerous objects and are therefore highly relevant for the aerodynamics of aircraft. For generic studies in the wind tunnel, a model has already been designed and manufactured, where the flow is to be characterized in detail. The core for this purpose are modern optical flow measurement techniques, by means of which both flow fields and the wall thrust stresses are to be detected. The analyses should contribute to a better understanding of the underlying physics and also provide a data base for the further development of turbulence models. The implementation of these tasks involves regular missions.
Planning, preparation and execution of experiments using modern optical measurement methods such as the Particle Image Velocimetry (PIV) and Particle Tracking Velocimetry (PTV) Evaluation and analysis of measurement data and presentation of results at national and international conferences
A scientific university degree (Master or Diploma) completed with at least the grade “good” in aerospace engineering, mechanical engineering or physics knowledge and experience in fluid mechanics and/or optical measurement procedures, detected by a professional activity of usually not less than two years Foreign language knowledge in English with a rating of at least level B2 of the Common European Framework for Languages Remarkable: Experience in the field of programming and digital image processing What do we expect? Self-employed, structured and systematic work Experimental skill and team skills They confess through their entire behaviour to the fundamental freedom of democracy in the sense of the Basic Law You agree to participate in a medical examination if necessary Equality and diversity competence
Excellent opportunities for personal development and active promotion of your scientific development (promotion) Working in an international team of highly motivated colleagues Most modern IT and laboratory equipment A campus university with very good infrastructure, in-house nursery and kindergarten (parent initiative), a family service agency with advice and assistance for university members to improve the compatibility of family, care and work A grouping takes place up to the remuneration group 13 in accordance with § 12 TVöD with regard to the activities actually not only to be carried out temporarily and the fulfilment of the personal or collective requirements Balanced work-life balance through flexible working hours Homeoffice is possible after consultation with the project management They work with a recognised and family-friendly employer in safe economic conditions You benefit from targeted personnel development and an extensive range of services You have the opportunity to participate in offers of occupational health promotion Employment may also be part-time. The Bundeswehr promotes the occupational equality of women and men and therefore welcomes particularly women's applications. In accordance with the Social Code IX and the Disabled Compensation Act, we expressly welcome applications of seriously disabled people; in respect of the fulfilment of the tendering requirements, individual consideration is given. The Bundeswehr supports the goals of the National Integration Plan and welcomes applications from people with a migration background. JOBV1_EN
Company location
Location
![]() | Universität der Bundeswehr München | |
Neubiberg | ||
Germany |
The text of this ad was translated from German into English using an automatic translation system and may contain semantic and lexical errors. Therefore, it should be used for introductory purposes only. For more detailed information, see the original text of the ad at the link below.
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