RF Power Electronics Engineer – Medical Devices R&D

Stryker Corporation; Carrigtwohill; Hybrid; EUR 66,000 - 109,000; Full time

Job summary

Stryker Corporation in Ireland is seeking an RF Power Engineer in R&D to design, develop and refine high‑energy electrical subsystems for electrosurgery medical devices. You will translate user and clinical needs into electrical requirements and drive system‑level designs that meet cost and regulatory targets.

The role calls for hands‑on experience with magnetics, HV DC/DC converters, power amplifiers and RF/EMC topics, plus mentoring of engineers and collaboration with stakeholders to shape

Qualifications

• Bachelor’s degree in Electrical Engineering or related discipline.
• 6+ years’ relevant experience in electrical design and RF power.
• Hands-on experience designing custom magnetics and high-frequency isolation transformers.

Responsibilities

• Design, develop, refine and evaluate electrical components, assemblies and sub-systems for electrosurgery medical devices.
• Lead the design and implementation of high-energy electrical sub-systems for patient-connected medical devices.
• Translate user, clinical and system-level needs into electrical requirements and system-level designs.
• Apply concurrent engineering, prototyping and test methods to meet time, cost and compliance targets.
• Mentor and train team members on technical aspects of product commercialization and design trade-offs.
• Contribute to voice of customer and market understanding with stakeholders.
• Lead or contribute to engineering documentation and Design History File activities.

Skills

RF Power Electronics

Electrical design

Power converters

EMC/EMI

MATLAB/Simulink

Control algorithms

HV DC/DC converters

Education

Bachelor’s degree in Electrical Engineering

Tools

MATLAB/Simulink

Job description

Stryker Corporation in Ireland is seeking an RF Power Engineer in R&D to design, develop and refine high‑energy electrical subsystems for electrosurgery medical devices. You will translate user and clinical needs into electrical requirements and drive system‑level designs that meet cost and regulatory targets.

The role calls for hands‑on experience with magnetics, HV DC/DC converters, power amplifiers and RF/EMC topics, plus mentoring of engineers and collaboration with stakeholders to shape