Master Thesis - Development of a Simulator for Neuro-monitoring Use Cases

• Conducting a comprehensive literature review on the neurophysiological fundamentals and signal characteristics (EMG, evoked potentials)
• Analyzing relevant influencing factors such as anesthesia, muscle relaxants, and technical interference
• Developing a technical concept for generating realistic bioelectrical signals
• Selecting and designing suitable hardware components (e.g., signal sources, microcontrollers, filters, amplifiers)
• Design and construction of a test system, including hardware and software
• Development of a configurable user interface for controlling signal parameters (amplitude, frequency, latency, interference variables)
• Simulation of clinically relevant influencing factors such as electrical interference signals or pharmacological effects
• Validation of the developed solution with existing neuromonitoring systems
• Documentation, analysis, and evaluation of the results
• Derivation of a concept for further development into a near-production product

• Master's degree in electrical engineering, medical engineering, biomedical engineering, physics, or a related field
• Interest in biosignal processing, electronics, and physiological processes
• Basic knowledge of embedded systems and/or signal processing is a plus
• Ability to work in a structured and independent manner
• Analytical thinking skills and an interest in research and development

Basic knowledge of embedded systems and/or signal processing

• A mutually-supportive, international team
• Opportunity to build career experience in an exciting international company with a lasting impact on medical technology based in Waldkirch (top 100 innovator and employer of the future 2022)
• Flexible working hours
• Internal company fitness program
• Training and career opportunities offered by Brainlab SE