Lead Electrical Engineer - Cardiac Rhythm Management (Onsite)

Medtronic; Minneapolis (MN); On-site; USD 130,000 - 170,000; Full time

Job summary

Medtronic in the Minneapolis–St. Paul metro area is seeking a Principal Electrical Engineer to drive design and validation of implantable and external medical devices in the Cardiac Rhythm Management portfolio.

You will lead teams, design analog and digital circuitry, integrate electronics with firmware and mechanical parts, and develop production test methods to ensure high-quality, life-changing medical technologies reach patients safely.

Qualifications

• Requires a Baccalaureate degree and minimum of 7 years of relevant experience OR Master's degree with a minimum of 5 years relevant experience OR PhD with 3 years relevant experience.
• Experience in PCB design methodologies and manufacturing processes.

Responsibilities

• Provide technical leadership on complex design programs.
• Lead teams of 5-10 electrical engineers on a program and act as technical lead and liaison to program management
• Provide electrical engineering skills to design, develop, analyze, and debug new product designs including analog and digital circuitry
• Integrate electronics, firmware, and mechanical designs into final product
• Develop production test requirements and support development of manufacturing test applications
• Support manufacturing sites including PCB and Device assembly
• Develop test procedures to evaluate, characterize, and verify new electrical and product designs.
• Mentor junior level engineers

Skills

Technical leadership

PCB design

Circuit simulation

RF performance

Education

Baccalaureate degree

Master's degree

PhD

Tools

PSPICE

LTSPICE

Job description

Medtronic in the Minneapolis–St. Paul metro area is seeking a Principal Electrical Engineer to drive design and validation of implantable and external medical devices in the Cardiac Rhythm Management portfolio.

You will lead teams, design analog and digital circuitry, integrate electronics with firmware and mechanical parts, and develop production test methods to ensure high-quality, life-changing medical technologies reach patients safely.