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Form of workJob Description
Position Summary:
You will apply your education, experience, and technical expertise toward developing world-class medical products for X-ray-based, image-guided surgery.
You will participate in the design, development and testing with an emphasis on high-power Analog Circuits (> 1kW).
You will be responsible for addressing component end-of-life issues or other product life cycle issues on the Electrical Engineering side.
You must have Experience in Sustaining engineering focusing on the maintenance and continuous improvement of products through their entire lifecycle.
Duties and Responsibilities:
Use schematic and layout tools (Mentor Graphics PADS and DxDesigner preferred) for PCBA design
Simulation and analysis for signal integrity (HyperLynx preferred)
System-level and board-level design of power electronics with large voltage and current ranges.
Digital electronics design on both component and protocol levels, both on-board and in-system (e.g., CAN, Ethernet, RS485, I2C, SPI)
Propose new ideas and technologies for continuous improvement of the product.
Collaborate with cross-functional teams to address field issues and CAPA.
Collaborate with a remote team dedicated to sustaining projects on major value-added re-designs.
Maintain and complete appropriate documentation for redesign projects.
Ensure appropriate documentation is transferred to product line-specific areas during the commercialization phase.
Plan, design, review, and oversee the testing of devices according to international electrical emission, immunity, and safety standards.
Travel requirement: 10%
Education and Experience:
Bachelor's degree in Electrical Engineering
5 to 10 years of relevant Electrical Engineering experience
Master's degree in Electrical Engineering with 4+ years of experience
Experience in Sustaining engineering focusing on the maintenance and continuous improvement of products through their entire lifecycle.
Must Have Analog Circuit Design experience. (High Power)
Must Have System-level and board-level design of power electronics with large voltage and current ranges.
Extensive knowledge of international medical electrical safety standards (EN-60601-1)
Experience with x-ray systems
Experience with robotics systems and motor controllers
Experience using PLM systems (Agile preferred)
Certifications and experience with Lean Sigma, Sigma for Design for Reliability in Manufacturing
Experience in electrical emission, immunity, and safety testing of medical devices
Experience with lead-acid and Lithium-ion batteries
Experience in component reliability analysis on subassemblies
Experience using LabVIEW, MATLAB/Simulink, Hyperlynx, and HDL languages for CPLD and FPGA.
This position will be a hybrid role and opportunity requiring onsite work three days a week, and home two days each week.
