Onsite Reliability & Systems Safety Engineer (Defense)

L3Harris Technologies, Inc.; Los Angeles (CA); On-site; USD 93,000 - 172,000; Full time

Benefits offered by this job

Health insurance

Disability insurance

401(k) match

Flexible spending accounts

EAP

Education assistance

Parental leave

Paid time off

Company-paid holidays

Job summary

L3Harris Technologies, Inc. is seeking a Specialist Reliability and Systems Safety Engineer to join the Missile Propulsion Systems SEI team in Canoga Park, CA.

This on-site role focuses on reliability analyses, safety assessments, and cross-functional collaboration to ensure mission-critical space and defense hardware meets stringent standards. You'll perform FMECAs, risk analyses, and design input with a focus on reliability and safety, while collaborating across multidisciplinary teams and

Qualifications

• Bachelor's degree in engineering with 4+ years Reliability System Safety experience; or 8 years without degree.
• Willingness to obtain US Secret security clearance.

Responsibilities

• Develop and maintain reliability and safety models (FMECA, reliability predictions).
• Provide design input to improve product reliability and safety.
• Plan and evaluate reliability tests and analyze results.
• Ensure compliance with Reliability and System Safety procedures.
• Perform Probabilistic Risk Assessments and fault tree analyses.

Skills

Reliability analysis

System safety engineering

FMEA/PFMEA

MIL-STD-882E

Education

Bachelor's degree in Engineering

Graduate degree in related field

8+ years of equivalent experience without degree

Job description

L3Harris Technologies, Inc. is seeking a Specialist Reliability and Systems Safety Engineer to join the Missile Propulsion Systems SEI team in Canoga Park, CA.

This on-site role focuses on reliability analyses, safety assessments, and cross-functional collaboration to ensure mission-critical space and defense hardware meets stringent standards. You'll perform FMECAs, risk analyses, and design input with a focus on reliability and safety, while collaborating across multidisciplinary teams and