• The topic of the dissertation: Investigation and optimization of III-V-semiconductor-based light sources for parallel short-range data communication
• Characterization of the electro-optical properties of LED and laser structures, with particular emphasis on their suitability for optical data transmission
• Formulation and experimental verification of hypotheses to improve the physical understanding of the obtained results
• Development and implementation of new measurement stations as needed, particularly with regards to accessing higher frequency ranges
• Close collaboration in experimental design and data analysis with simulation, epitaxy, process and chip development groups

• Successfully completed master’s degree in electrical engineering, communications engineering, technical physics, or a comparable field
• Sound theoretical knowledge in the field of high-frequency technology, ideally supplemented by some practical experience
• Interest in semiconductor physics and optoelectronic components; existing knowledge is an Advantage
• Motivated by complex challenges at the cutting edge of current technological possibilities and willingness to continuously deepen the required Expertise
• Enjoys a significant amount of work in the laboratory
• Very good written and spoken English required, German language skills an advantage

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