Bachelor's/ Master's thesis student (m/f/d)

Modern wind turbine rotor blades increasingly integrate electrical systems such as lightning protection systems, sensors, heating elements, and condition monitoring devices. In this thesis, you will evaluate electrical connection concepts for rotor blade components and assess their suitability regarding electrical performance, manufacturability, and durability. Your work will contribute to the development of reliable electrical solutions for future rotor blade technologies.

YOUR TASKS

• Conduct a literature review on electrical connection concepts for rotor blade components and define relevant technical requirements
• Evaluate and select suitable materials and connection technologies, including conductive adhesives, pastes, and tapes
• Develop a structured test matrix for assessing electrical connection concepts and manufacturing feasibility
• Manufacture test samples and prepare them for experimental evaluation
• Perform electrical and mechanical testing of different electrical connection solutions
• Analyze, compare, and document test results using defined evaluation criteria
• Derive recommendations for future electrical connection concepts within rotor blade applications

YOUR PROFILE

• Bachelor's or Master's studies in Mechanical Engineering, Materials Science, Aerospace Engineering, or a comparable field
• Basic knowledge of fiber-reinforced composite materials or related technologies
• Initial experience or interest in electrical systems and electrical connections
• Interest in manufacturing technologies and experimental testing methods
• Analytical and structured working style with attention to detail
• Ability to work independently while collaborating effectively with technical stakeholders
• Good communication skills in German or English