Principal Electromechanical Engineer at Stryker Flower Mound, TX

What You Will Do

• Lead the architecture, integration, and optimization of complex electromechanical capital equipment.
• Define system and subsystem architectures, interfaces, partitioning, and integration strategies across electrical, embedded software, mechanical, and systems engineering.
• Drive technical decisions and tradeoffs involving performance, safety, reliability, manufacturability, serviceability, compliance, cost, and schedule.
• Partner with Systems Engineering to develop requirements, verification strategies, interface definitions, and technical risk-management plans.
• Guide multidisciplinary teams through concept development, design reviews, prototype builds, integration, verification, design transfer, and post-market improvements.
• Lead complex system-level debugging, failure investigations, and root-cause analysis across hardware, software, mechanical, manufacturing, and user interactions.
• Evaluate emerging technologies, components, and architectures to support current and future product platforms.
• Create and review system architecture, interface specifications, engineering analyses, risk assessments, and verification documentation.
• Mentor engineers and communicate technical decisions, risks, and recommendations to engineering and business stakeholders.
• Influence platform strategy and technical direction across the Urology portfolio.

• Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Systems Engineering, Biomedical Engineering, Mechatronics, Robotics Engineering, or a related engineering discipline is required
• Eight or more years of experience designing and developing complex electromechanical products is required.

• Experience serving as a technical lead, system architect, principal engineer, or multidisciplinary product-development leader.
• Experience defining electromechanical architectures, subsystem interfaces, and system-integration strategies.
• Experience leading technical decisions and complex root-cause investigations across multiple engineering disciplines.
• Experience developing complex capital equipment or medical devices within regulated or safety-critical industries.
• Hands-on experience in electrical, mechanical, embedded software, controls, systems, or multidisciplinary product development.
• Experience with one or more of the following:
  • Fluid management, pumping, pressure, or flow control
  • Motor control, sensing, diagnostics, or fault management
  • Power distribution or thermal management
  • Visualization or imaging platforms
  • Plastics, tubing, sealing, or disposable interfaces
• Experience supporting products through concept development, verification, commercialization, design transfer, or post-market improvement.
• Knowledge of systems engineering, requirements development, risk management, verification planning, DFM/DFA, reliability, or serviceability.
• Experience mentoring engineers and influencing technical direction without direct authority.
• Strong communication skills with the ability to explain complex technical concepts to technical and nontechnical stakeholders.

$129,800 - $216,400 USD Annual