F1 Power Unit Sensor & Actuator Assurance Engineer

Gm Performance Power Units; Saffron Walden; On-site; GBP 50,000 - 75,000; Full time

Benefits offered by this job

Bonus scheme

Private healthcare

401(k) plan with company match

Employer-paid life insurance

Job summary

GM Performance Power Units in Cambridge, UK is seeking a Sensor Actuator Assurance Engineer to develop and maintain methods to verify the accuracy and reliability of sensors and actuators used in PU control systems for both lab and track operations.

You will work with Electronics Systems Engineering and PU Design, run assurance testing, and produce statistical reports on fleet condition and trends, ensuring devices meet performance and safety requirements throughout their lifecycle.

Qualifications

• Bachelor's degree in Electrical Engineering, Mechanical Engineering, or related field.
• 3+ years of experience working with electronics in motorsport/high performance environments.
• Proven experience managing mission critical devices.
• Strong understanding of sensors/actuators physics.

Responsibilities

• Develop test methods and procedures aligned with standards to assess sensor/actuator reliability and accuracy.
• Design protective storage/installation procedures to preserve device integrity.
• Create non-destructive evaluation methods and maintain records.
• Collaborate with Data Analysis and PLM to relate usage to reliability.

Skills

Electrical Eng.

Motorsport experience

Electronics management

Sensor/Actuator physics

MATLAB

Statistics tools

Education

Bachelor's degree

Tools

MS Office

Job description

GM Performance Power Units in Cambridge, UK is seeking a Sensor Actuator Assurance Engineer to develop and maintain methods to verify the accuracy and reliability of sensors and actuators used in PU control systems for both lab and track operations.

You will work with Electronics Systems Engineering and PU Design, run assurance testing, and produce statistical reports on fleet condition and trends, ensuring devices meet performance and safety requirements throughout their lifecycle.