Senior Hardware Reliability Engineer - Robotics & Test

Amazon; Bellevue (WA); On-site; USD 137,000 - 186,000; Full time

Benefits offered by this job

Health insurance

401(k) matching

Paid time off

RSUs

Job summary

Amazon.com Services LLC – Amazon Devices is seeking a Senior Hardware Reliability Engineer to lead reliability engineering for robotic devices. You will engage with cross-disciplinary staff and external partners to drive product definition, execution and test, ensuring reliability across electrical, mechanical, and system domains.

You will define test methodologies, perform hands-on experimental design, and conduct DFMEA and reliability modeling to influence design choices.

Qualifications

• Bachelor’s degree in Engineering, Material Science, Physics or related field with 7+ years experience.
• Experience in Robotics reliability of motors, sensors, and high power electronics.
• Experience with hardware reliability testing such as vibration & shock, fatigue, electrical/ESD, thermal testing.
• Experience in data analytics, statistics; able to perform DFMEA and reliability modeling.

Responsibilities

• Identify and validate product risks (electrical, mechanical, other) with design teams to mitigate them.
• Define test methodologies and coverage to assure product reliability.
• Provide hands-on experimental design and execution.
• Perform reliability prediction of failure mechanisms for products in development and in the field.

Skills

Robotics reliability

Data analytics

DFMEA / reliability analysis

Reliability testing

Cross-functional collaboration

Education

Bachelor’s degree in Engineering / related field

Master’s degree in Engineering / related field

Tools

Vibration testing

Electrical stress testing

Cross sectioning

Dye and pry

Microscope

Job description

Amazon.com Services LLC – Amazon Devices is seeking a Senior Hardware Reliability Engineer to lead reliability engineering for robotic devices. You will engage with cross-disciplinary staff and external partners to drive product definition, execution and test, ensuring reliability across electrical, mechanical, and system domains.

You will define test methodologies, perform hands-on experimental design, and conduct DFMEA and reliability modeling to influence design choices.