Lucas Mey

-Planned, executed and evaluated a wide range of experiments on innovative cochlear implant electrodes -Processed and statistically analyzed anonymized clinical ECochG and CT/CBCT datasets; presented results to clinical stakeholders -Collaborated with engineers, researchers, clinicians, and external partners in an interdisciplinary research environment -Development, fabrication and validation of an innovative straightening tool, following VDI 2221, incl. verification and validation

Performed practical manufacturing and assembly tasks in a metal fabrication environment Operated conventional workshop equipment for cutting, drilling, grinding, and machining metal components Assisted in welding, fabrication, and assembly of steel structures and metal components Read and interpreted technical drawings for manufacturing and assembly tasks Gained hands-on experience in fabrication processes, workshop safety, and quality-focused workmanship

Supported projects related to the nationwide rollout of electric vehicle charging infrastructure in Germany Structured and organized project-related information to support internal workflows and decision-making processes Developed clear and accessible information structures for project tracking and coordination Communicated with internal and external stakeholders to support project execution

Thesis: Developed a test device for friction surface testing as part of a structured engineering project following VDI 2221 Internship: Translated functional requirements into a manufacturable experimental setup Supported engineering projects in mechanical design and CAD-based modeling during an internship at QRelation

Semester abroad in Tokyo with the support of the ULDERUP and JASSO scholarship.

Master Thesis: Development, Verification and Validation of a Straightening Tool for a Steerable Cochlear Implant Electrode Array with Nitinol Inlay - 1.5 Focus: Medical Device and Implant Technology

Bachelorthesis: Development of a friction test device according to VDI 2221 - 1,3