Avionics Electronics Engineer: Reliability & Upgrades

Fleet Readiness Center Southwest; San Diego (CA); On-site; USD 90,000 - 130,000; Full time

Job summary

Fleet Readiness Center Southwest (FRCSW) is seeking an Electronics (Electrical) Engineer within the Fleet Support Team. You will develop, upgrade, and modify avionics systems, handle mishaps and engineering investigations, support technical tasks, mitigate risks, manage configurations, and ensure airworthiness.

You will collect and analyze data to classify failures and uncover root causes using advanced analytics, while exploring sampling methodologies to better understand component failure

Responsibilities

• Perform avionics systems software/hardware developments, upgrades and modifications, mishaps, engineering investigations, technical support assists, risk mitigation, configuration management, and airworthiness.
• Compile and analyze data to determine failure modes, failure classifications and root cause using advanced data analytic methods.
• Investigate methodologies for sampling component populations to gain insight to failure root causes.
• Investigate, research, and determine applicability of modifications for the program, including those extending service life, improving survivability, reliability and maintainability, and aircraft safety.
• Resolve technical electronics engineering problems; identify programmatic constraints and develop proposed solutions considering all factors, establishing benefits for alternatives, identifying costs, and submitting results/recommendation.

Job description

Fleet Readiness Center Southwest (FRCSW) is seeking an Electronics (Electrical) Engineer within the Fleet Support Team. You will develop, upgrade, and modify avionics systems, handle mishaps and engineering investigations, support technical tasks, mitigate risks, manage configurations, and ensure airworthiness.

You will collect and analyze data to classify failures and uncover root causes using advanced analytics, while exploring sampling methodologies to better understand component failure