Academic Jobs & Research Positions in Europe

Fraunhofer LBF · LBF - Betriebsfestigkeit und Systemzuverlässigkeit

Student / Thesis

Bachelor's or Master's Thesis - Noise Reduction & Vibration Damping through Metamaterials (all genders)

AT US, THE IDEA COUNTS – AND THE PERSON BEHIND IT. CHANGE STARTS WITH US. We at the Fraunhofer Institute for Structural Durability and System Reliability LBF stand for application-oriented research with foresight. We develop pioneering solutions for #Sustainability - with emphasis on lightweight construction, circular economy, smart structures, and on the durability and reliability of components and systems. Would you like to shape the future of structural dynamics with us and achieve decisive advances in vibration engineering through innovative research? Bachelor's or...

🇩🇪 Darmstadt

No deadlineSource: Fraunhofer LBF

Fraunhofer LBF · LBF - Structural Durability and System Reliability

Student / Thesis

Bachelor's or Master's thesis - Prototype Development of Detachable Cell Contacts for Pouch Cells

Bachelor's or Master's thesis - Prototype Development of Detachable Cell Contacts for Pouch Cells (all genders) Darmstadt As electric mobility continues to expand globally, the repairability and recyclability of traction batteries are becoming increasingly critical. Current battery modules commonly use welded cell connections, which provide good electrical performance but make maintenance, repair, and recycling difficult: if a single cell becomes defective, the entire module often has to be replaced. At Fraunhofer LBF, we are therefore developing detachable and reusable cell contacting…

🇩🇪 Darmstadt

No deadlineSource: Fraunhofer LBF

Fraunhofer LBF · LBF - Betriebsfestigkeit und Systemzuverlässigkeit

Administrative / Other

Master Thesis on the Development of a Self-Learning Reliability Concept for Smart Structures

Smart and adaptive systems can continuously monitor their own condition, predict faults, and respond to changes. The goal of the master thesis is the development and experimental investigation of a data-driven reliability concept using the example of an adaptronics bending beam for vibration reduction. In this process, sensor data is used to assess the current system state and predict possible degradation or failure probability. Additionally, causal knowledge from a probabilistic FMEA (probFMEA) is utilized to identify possible damage causes...

🇩🇪 Darmstadt

No deadlineSource: Fraunhofer LBF

Academic Positions

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Bachelor's or Master's Thesis - Noise Reduction & Vibration Damping through Metamaterials (all genders)

Bachelor's or Master's thesis - Prototype Development of Detachable Cell Contacts for Pouch Cells

Master Thesis on the Development of a Self-Learning Reliability Concept for Smart Structures