Essential Responsibilities:
Innovate and execute on the R&D strategy around signal processing aligned with the GEHC business initiatives in a broad set of areas ( Patient monitoring, Life support, MRI, CT, Ultrasound, Cell therapy, Molecular Diagnostics, etc.).
Drive cutting edge research in core biomedical signal processing problems
Participate in strategic collaborations with top universities and other partners
- Publish in key conferences and journals, as well as generate core IP.
- Work effectively in global teams
Qualifications/Requirements:
PhD in Electrical Engineering/Electronics and communication engineering/Computer science/Biomedical engineering/Applied Mathematics/Physics with specialization in signal processing, and/or inverse problems.
Strong communication skills and ability to work in global teams
Creative ability for out of the box solutions and innovative solutions for complex problems
Additional Eligibility Qualifications:
Desired Characteristics:
It is desirable that candidates have understanding of Ultrasound systems and the imaging chain, physiology, analysis of physiological parameters, and its use in clinical environments. Outstanding fresh PhD candidates with proven research credentials are also highly encouraged to apply. Specific areas of expertise desired are: Inverse problems in Imaging, Ultrasound signal processing, Signal processing of patient monitoring data, Clinical decisioning, Denoising and System Identification.
