Avionics Integration Engineer

Odyssey has an exciting opportunity for a Journeyman Avionics Engineer , supporting the Fixed Wing Modification Branch AFLCMC/WIU.

This program focuses on modification and sustainment support for SOF/PR and ISR fixed wing and rotary‑wing aircraft.

The branch plans, integrates, modifies, and sustains SOF/PR variants of the C‑130J fleet (MC‑130J, HC‑130J, LC‑130J and special mission configurations) to keep platforms modern, survivable, and mission‑ready.

include, but not limited to:

• Apply DoDD 5000‑series guidance and AFMC/AFLCMC engineering policies to SOF acquisition engineering activities.
• Support development and analysis of system and subsystem requirements, translating them into design criteria and system specifications.
• Conduct technical planning, system integration analyses, trade studies, and risk assessments across weapon system platforms.
• Assist in developing system performance requirements, integration objectives, and estimates for design, development, and sustainment.
• Review engineering proposals, designs, specifications, and change packages; provide recommendations to optimize cost, schedule, and performance.
• Conduct engineering evaluations supporting airworthiness (MIL‑HDBK‑516), safety (MIL‑STD‑882), and Operational Safety, Suitability & Effectiveness (OSS&E).
• Support engineering reviews, design reviews, TIMs, working groups, and program reviews, providing technical input, documentation, and reporting.
• Support systems and avionics engineering across requirements, design, integration, development, modification, test, airworthiness, production, sustainment, deployment, operations, and divestiture.
• Provide expertise in maintenance systems integration, design‑for‑test, diagnostics, and electronic support equipment.
• Coordinate with acquisition organizations, higher headquarters, DoD entities, labs, industry, and universities; support documentation and emerging technology assessments.
• Assist with avionics engineering for design, development, manufacturing, integration, testing, and fielding of airborne weapon systems, embedded computing, software, and maintenance systems.
• Apply systems engineering processes for airworthiness, requirements, software releases, metrics and traceability, allocations, program protection, technical reviews, configuration audits, design analysis, interface integration, and test verification/validation.