Dr. Langer Medical GmbH, based in Waldkirch, Germany, which has been part of Brainlab SE in Munich since 2022, has specialized in the development and marketing of highly innovative medical technology for intraoperative neuromonitoring and neurostimulation for more than 25 years. Our products are groundbreaking in design and handling and form the basis for our worldwide growth. It is therefore no coincidence that the products from Dr. Langer Medical as well as the company itself have been honored several times in the past with various prizes and awards.
Job DescriptionAs part of your master’s thesis, you will develop a functional prototype of a simulator for neurophysiological signals for use in intraoperative neuromonitoring (IONM). Your responsibilities will include, in particular:
- 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
- Working environment: A mutually-supportive, international team
- Practical experience: 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)
- Working conditions: Flexible working hours
- Fitness: Internal company fitness program
- Personal development: Training and career opportunities offered by Brainlab SE
Ready to apply? We look forward to receiving your online application including your first available start date.
Contact person: Sandra Lechner
Skills Required
- 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
- Ability to work in a structured and independent manner
- Analytical thinking skills
- Interest in research and development
What We Do
Brainlab is a digital medical technology pioneer founded in 1989 and headquartered in Munich. The company employs more than 2000 people in 25 locations around the globe. Brainlab serves physicians, medical professionals and their patients in over 6000 hospitals in 121 countries. Brainlab creates software-driven medical solutions that digitize, automate and optimize clinical workflows for neurosurgery, spine, trauma, craniomaxillofacial (CMF), general and vascular surgery as well as radiotherapy and radiosurgery. Core products center around surgical navigation, radiotherapy, digital operating room integration, and information and knowledge exchange. The Brainlab open framework operating system will allow third parties to develop medical applications to further advance the field of spatial computing and mixed reality. Brainlab is dedicated to creating an impact in healthcare. The company connects opportunities from emerging digital technologies to transform healthcare at scale and help improve the lives of patients worldwide.
