Principal Electrical Engineer

Cutera

  • Six Forks, NC
  • 6 days ago

    Highlights

    The engineer will serve as a technical resource for power supply, sensor interface, analog, and digital circuit design, working closely with cross-functional teams including Mechanical, Optical, Software, Clinical, Manufacturing, Quality, and Regulatory. Lead strategic technical engagements with key PCB, component, and tooling suppliers to influence technology roadmaps, establish critical vendor partnerships, and drive holistic optimizations for performance, quality, and cost-efficiency across all R&D platforms.

    Numbers & Facts

    LocationSix Forks, NC

    Description

    Position Summary:

    We are seeking an experienced Principal Electrical Engineer to join our R&D Electrical Engineering team and contribute to the development of next-generation medical devices and applications. Projects span a broad range of technologies, including complex laser and optical delivery systems, ultrasound, and radio-frequency (RF) devices. This position will play a key role in developing sophisticated electronic systems that power these products and supporting their successful transition from concept through commercialization.

    The engineer will serve as a technical resource for power supply, sensor interface, analog, and digital circuit design, working closely with cross-functional teams including Mechanical, Optical, Software, Clinical, Manufacturing, Quality, and Regulatory.

    Duties & Responsibilities:

    • Operate with the highest level of independence to drive complex technical issues to resolution and establish the technical direction for the R&D department.
    • Articulate complex designs, technical risks, and R&D roadmaps to executive management to ensure engineering efforts align with business commercialization goals.
    • Drive "New Product Architecture" initiatives by defining system-level designs for next-generation medical devices and leading complex cross-functional design reviews to ensure total system integrity.
    • Maintain expert-level knowledge of industry technology trends to actively drive innovation within the R&D department and serve as a primary thought leader for the electrical engineering function.
    • Proactively manage professional development and continued education to stay at the forefront of engineering best practices, emerging technologies, and advanced design and simulation tools.
    • When required serve as the final technical authority on design verification and validation strategies, ensuring the company's engineering practices evolve to meet changing global regulatory standards.
    • Provide mentorship and technical guidance to junior and staff-level engineers, fostering their professional development and ensuring the consistent application of engineering best practices across the R&D team.
    • Lead strategic technical engagements with key PCB, component, and tooling suppliers to influence technology roadmaps, establish critical vendor partnerships, and drive holistic optimizations for performance, quality, and cost-efficiency across all R&D platforms.
    • Define project scope, priorities, schedules, and technical deliverables in alignment with departmental and product development goals.
    • Design sensor interfaces, display drivers, power supplies, and control electronics for high-power laser and RF applications.
    • Develop schematics and PCB layouts using industry-standard design tools.
    • Design, integrate, and test analog and digital control circuits.
    • Lead the transfer of new products from development into production, working closely with Manufacturing and Quality teams.
    • Provide technical input into design specifications, risk management, and product development activities.
    • Ensure electrical safety, EMC, and regulatory compliance across product designs.
    • Develop and execute test plans to support design verification and validation of electronic systems.
    • Collaborate closely with systems, mechanical, UI/UX and software engineering to support system-level architecture and implementation.
    • Troubleshoot complex electronic systems and perform root-cause analysis of new and existing designs.
    • Support continuous improvement of existing products, processes, and engineering practices.
    • Other duties as needed or required.

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