Contribute to efforts of the existing team that conducts research on optimal ways of encoding speech and music for cochlear implant recipients.
Develop firmware for microcontroller-based systems. Participate in development lifecycle activities including specification, design, debugging, test development, formal verification, failure analysis and sustaining engineering.
The position demands strong hands on skill and experience in
- analog and digital circuits
- power subsystems, both inductively coupled and long range RF power
- communication links operating at frequencies below 100MHz
- organic PCB technologies including related electrical performance issues
Ensuring adherence of designs and processes to applicable industry standards and internal quality system standards is mandatory. The successful candidate will routinely interface with other disciplines throughout R&D to balance requirements, performance, schedule and cost.
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