Electrical Engineer II
$61,300–$122,700 year
On-site · Saint Paul, Minnesota, United States
Job Summary
Electrical Engineer II at Abbott in Little Canada/St. Paul, MN responsible for designing capital equipment medical devices in the Electrophysiology division. Develops and executes tests to assess EP products, maintains ECAD library, and supports design development with emphasis on analog design principles. Tasks include prototyping, electrical characterization and verification, PCB development, coding for test equipment, schematic/footprint creation, and lab maintenance for commercialized products. Duties cover creating test plans, collecting data, analyzing results, writing engineering reports, supporting New Product Development and on-market R&D with IEC 60601-1/60601-2 and other standards, maintaining detailed documentation (BOMs, Design Outputs, Windchill repository), designing schematics/layouts for prototyping, developing test code, ensuring compliance with Abbott/FDA/ISO design controls, and contributing to design transfers, validation, and cross-functional collaboration. Travel up to ~10% and a base pay range of $61,300.00 – $122,700.00.
Required Qualifications
- Bachelor’s degree in Electrical/Electronic Engineering or other related Engineering field
- At least 2 years of relevant industry-specific experience or analog/digital design work experience in performing the schematic capture, layout, construction, test, evaluation and simulation of a variety of prototype Printed Circuit Assemblies, fixtures and tools
- Solid fundamental understanding of analog and digital circuits
- Soldering and de soldering techniques and ability to assemble prototype boards
- Strong verbal and written communication with good organizational skills and ability to multi-task
- Demonstrated ability to take initiative and work independently
- Demonstrated ability to work effectively within a cross-functional product development team
- Demonstrated written communication skills with ability to work within a quality management system utilizing design controls
- Demonstrated ability to solve a variety of complex problems of diverse scope
- Demonstrated ability to multitask, prioritize and meet deadlines in an effective manner
- Proficiency with measurement techniques and concepts relevant to RF applications (e.g. VNA measurements, impedance matching, transmission line theory, etc.)
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