Lucas May

• Developed and integrated full OCT imaging systems, including component selection and coordination with external suppliers • Performed optical system design (Zemax) and translated concepts into functional prototypes • Implemented instrument control and real-time visualization, optimized image reconstruction and analysis of large-scale datasets (LabVIEW, Matlab) • Conducted preclinical validation studies and presented results at international conferences (Photonics West, ARVO)

• Developed and delivered hands-on teaching modules in biosignal processing and 3D printing for student education and public outreach • Supported execution of workshops and contributed to science communication initiatives

• Developed automated image analysis pipelines for super-resolution microscopy data (Python, ImageJ) • Performed quantitative analysis of synaptic receptor distributions in neuronal cell cultures • statisical evaluation of experimental dataset

• Optimized experimental workflows and imaging conditions for nanoscale live-cell imaging using super-resolution microscopy • Worked with wet-lab sample preparation (cell culture, staining) and image analysis using ImageJ

• optical system design for retinal fundus imaging (ray tracing, simulation in WinLens3D) and developed PCB layouts for LED illumination units (Autodesk Eagle) • Performed optical safety characterization (IEC 60825-1, ISO 15004-2) and supported validation and technical documentation in a regulated medical device environment (MDR / IEC 60601) • Implemented software components and display integration (C++) • Conducted testing, validation, and technical documentation

Erasmus Exchange Semester

Research-oriented master's degree programme at the interface between medicine and optics/photonics. Intensive coursework on optical engineering, image processing, biostatistics, advanced microscopy, spectroscopy etc.

Fundamental Engineering programme with focus on medical applications.