Senior Electromechanical Medical Device Engineer

Cordis, LLC; Florida; On-site; USD 120,000 - 150,000; Full time

Job summary

Cordis, LLC in Florida is seeking a Senior R&D Engineer, Electromechanical Catheter Systems to drive the design, development, testing, and manufacturing implementation of cardiovascular catheter-based technologies.

You will blend hands-on engineering with system-level problem solving to deliver safe energy delivery and robust device transfer to production, collaborating across disciplines and with suppliers to qualify processes and equipment.

Qualifications

• Bachelor's degree in Mechanical Engineering, Biomedical Engineering, Electrical Engineering, or related field required.
• A minimum of 5+ years related work experience.
• Experience working in the design and development of medical devices.
• Demonstrated hands-on experience testing and troubleshooting electrical or electromechanical systems using appropriate laboratory instrumentation (e.g., oscilloscopes, multimeters, power analyzers, and data-acquisition systems).
• Experience with programmable systems that control or monitor energy delivery, output parameters, or therapeutic dosage, including hardware/software integration and functional verification.
• Experience translating system requirements into test protocols, analyzing engineering data, and documenting design verification or technical investigations.
• Experience supporting installation, validation, or qualification of manufacturing equipment and processes for electromechanical products

Responsibilities

• Design, prototype, and evaluate electromechanical catheter systems, including catheters, electrical interfaces, sensors, connectors, control electronics, generators, and related accessory devices.
• Troubleshoot electrical and electromechanical systems, identify root causes of functional or performance issues, and recommend design, component, or control-system improvements.
• Plan and execute electrical and system-level tests, including voltage, current, power, impedance, continuity, insulation, signal integrity, and functional performance testing, as applicable to the device architecture.
• Evaluate and recommend energy-delivery methods and operating parameters, including power, energy, pulse duration, waveform, frequency, and treatment dosage, using bench data, system constraints, and risk-based design requirements.
• Develop, integrate, and verify programmable control systems that regulate energy output and treatment dosage; assess parameter limits, feedback mechanisms, alarms, interlocks, fault detection, and other safety-related controls.
• Create and execute engineering test methods, verification protocols, and design studies; analyze results, document findings, and confirm performance against design inputs and specifications.
• Lead or contribute to design reviews, design documentation, risk assessments, and technical investigations, ensuring solutions are evaluated, documented, and appropriately tested.
• Partner with manufacturing engineering and external suppliers to develop, install, commission, and qualify equipment and processes used to assemble, calibrate, test, and manufacture electromechanical medical device systems.
• Support equipment and process qualification activities (e.g., IQ/OQ/PQ, as applicable), including test fixtures, automated test equipment, calibration procedures, acceptance criteria, process capability, and troubleshooting during scale-up.
• Work independently on assigned design activities, collaborate across disciplines, and act as technical project lead as needed; develop and monitor schedules to deliver assigned milestones on time.

Skills

Medical device design

Systems integration

Electrical troubleshooting

Prototype development

Education

Bachelor's degree in Mechanical/Electrical/Biomedical engineering

Tools

Oscilloscopes

Multimeters

Power analyzers

DAQ systems

Job description

Cordis, LLC in Florida is seeking a Senior R&D Engineer, Electromechanical Catheter Systems to drive the design, development, testing, and manufacturing implementation of cardiovascular catheter-based technologies.

You will blend hands-on engineering with system-level problem solving to deliver safe energy delivery and robust device transfer to production, collaborating across disciplines and with suppliers to qualify processes and equipment.