Conduct independent research on the microstructural mechanisms of the behavior of cellular materials; apply the finite element method (FEM) and other advanced numerical simulation techniques; perform small-scale mechanical experiments in collaboration with experienced laboratory engineers; analyze, interpret, and critically evaluate simulation and experimental results; present research findings at national and international conferences; prepare and submit scientific reports and peer-reviewed journal publications
Requirements:
University diploma or M.Sc. degree in engineering or natural sciences, applied mathematics or related fields; a strong background and practical experience in continuum mechanics, FE analysis and material modeling; experience on combined numerical-experimental research is highly welcome; strong motivation to pursue a PhD; good team-working and communication skills; fluency in spoken and written German and/or English
Text:
:"# Research Assistant (m/f/d)nnJob offer reference number 10-E/2026nnFaculty of Mechanical, Process and Energy Engineering Institute of Mechanics and Fluid DynamicsnnScope of position: 1,0 FTE (40 hours/week) Time limit: 24 months with optional prolongationnnTU Bergakademie Freiberg is researching sustainable solutions to the global challenges facing the 21st century. We are looking for a research assistant (m/f/d) to work on a DFG research project: u201cCauses, Reproducibility, and Modeling of Size Effects in the Mechanical Behavior of Foam Materialsu201d. Cellular materials combine low density with high stiffness, strength, and energy absorption capacity, making them attractive for lightweight and impactu2010absorbing structures. Experimental studies, however, have shown that their mechanical properties in thin componentsu2014comprising only a few layers of cellsu2014depend strongly on specimen size. The available data in the literature are inconsistent: some studies report a positive size effect (u201csmaller is stifferu201d), while others find a negative one (u201csmaller is softeru201d). The aim of this project is to systematically resolve this ambiguous evidence regarding the nature and magnitude of size effects in cellular materials. To this end, extensive mechanical testing and numerical simulations shall be combined to identify the underlying structural causes and to develop physically motivated models for the deformation and fatigue behavior of these materials.nn## Your tasksnnu2022 conduct independent research on the microstructural mechanisms of the behavior of cellular materialsnnu2022 apply the finite element method (FEM) and other advanced numerical simulation techniquesnnu2022 perform small-scale mechanical experiments in collaboration with experienced laboratory engineersnnu2022 analyze, interpret, and critically evaluate simulation and experimental resultsnnu2022 present research findings at national and international conferencesnnu2022 prepare and submit scientific reports and peer-reviewed journal publicationsnn## What we expect from younnu2022 university diploma or M.Sc. degree in engineering or natural sciences, applied mathematics or related fieldsnnu2022 a strong background and practical experience in continuum mechanics, FE analysis and material modelingnnu2022 experience on combined numerical-experimental research is highly welcome strong motivation to pursue a PhD within the framework of the research project good team-working and communication skillsnnu2022 fluency in spoken and written German and/or Englishnn## What you can expect from usnnu2022 working at a family-friendly university with flexible working hoursnnu2022 renumeration according to the provisions of the collective agreement for the public service of the German federal states (TVL) in accordance with the personal requirementsnnu2022 attractive fringe benefits, e.g., asset-based benefits (VL), company pension schemes (VBL), health management, u201cJob-Ticketu201dnnu2022 a wide range of networking, mentoring and development opportunitiesnnu2022 a focused research program and a structured supervision strategy offering the opportunity to pursue a PhDnnApplicants (m/f/d) must meet the employment requirements for the conclusion of fixed-term employment contracts in accordance with the WissZeitVG (German Academic Fixed-Term Contract Act).nnRemuneration: pay group E13 TV-L Start: 01.04.2026nn## Your applicationnnPlease send your application with the usual documents, quoting the reference number (10-E/2026)nnby 16 February 2026, preferably by email to:nn[bewerbungen@tu-freiberg.de](mailto:bewerbungen@tu-freiberg.de)nnor to:nnTU Bergakademie FreibergnnDezernat Personalangelegenheitennn09596 Freibergnn## For further information please contact:nnProf. Bju00f6rn Kiefer, Ph.D.nnE-Mail: [Bjoern.Kiefer@imfd.tu-freiberg.de](mailto:Bjoern.Kiefer@imfd.tu-freiberg.de)nnor Dr. Geralf Hu00fctternn[Geralf.Huetter@imfd.tu-freiberg.de](mailto:Geralf.Huetter@imfd.tu-freiberg.de)nnSeverely disabled persons or persons of equivalent status (m/f/d) will be given preferential consideration if they have the same qualifications, performance and abilities. Please enclose proof of this. The TU Bergakademie Freiberg specifically promotes the proportion of women and expressly invites qualified women to apply.",
Please click here, if the job didn't load correctly.
Please wait. You are being redirected to the job in 1 seconds.
