Join Stryker Corporation as a Principal Electrical Engineer and become a driving force in the future of surgical robotics. In this dynamic and innovative role, you will lead the development and implementation of cutting-edge electrical solutions for advanced medical devices that transform patient care. As part of our world-class robotics team, you will collaborate with cross-functional experts to design, prototype, and deliver next-generation technologies that enable surgeons to achieve greater precision and outcomes. You’ll have the opportunity to influence the intellectual landscape through invention disclosures and patents, mentor technical talent, and navigate complex engineering challenges in a fast-paced environment. At Stryker, your expertise will directly impact the evolution of robotic-assisted surgery, making a meaningful difference in the lives of patients worldwide. If you are passionate about innovation, thrive in multidisciplinary teams, and want to shape the future of healthcare, this is your chance to join a company recognized for its commitment to excellence and its mission to make healthcare better.
This role is hybrid based in Weston, FL, with the expectation to come into the office 3-4 days a week.
Check out our portfolio: Stryker Mako Robotics
What You Will Do:
- Lead and mentor teams in the design and development of complex electrical components, subsystems, and systems for medical robotics.
- Architect complex systems and guide key design tradeoff decisions across multiple disciplines.
- Translate user needs into system-level requirements, design inputs, and architectural layouts.
- Provide expert technical guidance to resolve complex electrical system issues and troubleshoot robotic platform challenges.
- Integrate new technologies through prototyping, testing, and technical feasibility assessments.
- Act as a divisional expert in applying medical device standards and reviewing design documentation (e.g., DHF).
- Partner with customers and internal stakeholders to develop technical strategies aligned to clinical needs.
What You Need
Required Qualifications:
- Bachelor's degree in Electrical Engineering, Biomedical Engineering, or other related engineering disciplines
- 8+ years of work experience
Preferred Qualifications:
- Advanced expertise in PCB/PCBA design, schematic capture, and understanding of EMI/EMC considerations
- Proficiency with industry-leading PCB layout and schematic tools, plus experience with signal integrity and power circuit design
- Strong understanding of mechatronics concepts, motor control (BDC/BLDC), sensors, actuators, and common industrial bus systems
- Ability to apply advanced circuit and electrical system test methods, manufacturing methods, and system-level integration
- Experience with tools such as Altium, and familiarity with Jama, Jira, or similar requirements/issue-tracking systems