Responsibilities:Define HW/SW microsystem architecture for hearing instrument LiIon battery charger platform circuit based on the stakeholders needs.Define electrical requirements and specification of the active electronic components of the charger circuit based on the charger platform architecture, focusing on off-the-shelf components.Define the verification and validation plan of the charger platform circuit based on BOM definition.Support the manufacturing concept of the charger platform circuit and the in-house related production processes.Define the necessary customization of the charger circuit for the hearing instruments form factors based on the stakeholder needs.Support the on-the-go charger LiIon battery definition and related requirements.Contribute to the charger circuit integration, verification, and validation.Support SW components development required by the charger platform circuit.Minimum Requirements:University degree in microelectronic engineering or equivalent.Profound experience in electronic design.Familiarity with PDN, SI, and Spice simulators.Proficient in microsystem architecture design.Experience with electronic test equipment.Skilled in HW/SW setups and tools for electronic verification and validation.Profound know-how in Python scripting and Microcontroller programming.Knowledge of electric safety standards for medical devices such as IEC 6061-1.Profound English knowledge.Experience with PCB design; familiarity with power management techniques for low-power electronic devices.Work Environment:You will work in an international environment.A highly motivated team and an open way of communication.
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