Senior Electronic Design Engineer
Responsibilities:
â?¢ Define hardware/software microsystem architecture for Li-Ion battery charger circuits, tailored for hearing instruments, based on stakeholder requirements.
â?¢ Specify electrical requirements and design specifications for the active electronic components, focusing on off-the-shelf parts.
â?¢ Create verification and validation plans for the charger circuit, with a focus on bill of materials (BOM) accuracy.
â?¢ Provide support for the manufacturing process, ensuring the charger circuit aligns with in-house production workflows.
â?¢ Customize charger circuits to fit various form factors of hearing instruments, addressing specific needs of stakeholders.
â?¢ Collaborate on defining the Li-Ion battery requirements for portable, on-the-go chargers.
â?¢ Contribute to the integration, testing, and validation of the charger circuits.
â?¢ Support the development of software components needed for the charger platform.
Qualifications:
â?¢ Degree in microelectronic engineering or a related field.
â?¢ Over 3 years of experience in electronic design.
â?¢ Familiarity with PDN, SI, and Spice simulation tools.
â?¢ Proficient in microsystem architecture design and low-power electronics power management.
â?¢ Experience using electronic test equipment for verification and validation.
â?¢ Skilled in both hardware and software setups, along with relevant verification tools.
â?¢ Strong knowledge of Python scripting and microcontroller programming.
Additional Skills:
â?¢ PCB design experience is advantageous.
â?¢ Familiarity with medical device safety standards (e.g., IEC 60601-1) is a plus.
â?¢ Understanding of manufacturing processes and related technical requirements.
â?¢ Strong task management, problem-solving, and quality-focused approach.
â?¢ Comfortable working in a diverse, collaborative environment.
â?¢ Fluency in both written and spoken English.
â?¢ Define hardware/software microsystem architecture for Li-Ion battery charger circuits, tailored for hearing instruments, based on stakeholder requirements.
â?¢ Specify electrical requirements and design specifications for the active electronic components, focusing on off-the-shelf parts.
â?¢ Create verification and validation plans for the charger circuit, with a focus on bill of materials (BOM) accuracy.
â?¢ Provide support for the manufacturing process, ensuring the charger circuit aligns with in-house production workflows.
â?¢ Customize charger circuits to fit various form factors of hearing instruments, addressing specific needs of stakeholders.
â?¢ Collaborate on defining the Li-Ion battery requirements for portable, on-the-go chargers.
â?¢ Contribute to the integration, testing, and validation of the charger circuits.
â?¢ Support the development of software components needed for the charger platform.
Qualifications:
â?¢ Degree in microelectronic engineering or a related field.
â?¢ Over 3 years of experience in electronic design.
â?¢ Familiarity with PDN, SI, and Spice simulation tools.
â?¢ Proficient in microsystem architecture design and low-power electronics power management.
â?¢ Experience using electronic test equipment for verification and validation.
â?¢ Skilled in both hardware and software setups, along with relevant verification tools.
â?¢ Strong knowledge of Python scripting and microcontroller programming.
Additional Skills:
â?¢ PCB design experience is advantageous.
â?¢ Familiarity with medical device safety standards (e.g., IEC 60601-1) is a plus.
â?¢ Understanding of manufacturing processes and related technical requirements.
â?¢ Strong task management, problem-solving, and quality-focused approach.
â?¢ Comfortable working in a diverse, collaborative environment.
â?¢ Fluency in both written and spoken English.
Über die Firma
