DCS Corp
Phalanx Griffon (PG) is the Air Force’s open‑architecture airborne node linking warfighters to decision‑quality data at the tactical edge. As the program’s
Avionics Engineering SME , you will be the cornerstone technical authority for integrating the
Nomad
chassis, Type‑1 crypto, SATCOM apertures, and OMS/UCI software with multiple aircraft avionics suites during
Major Release 2 (FY 25‑27) —ensuring airworthiness, mission effectiveness, and digital‑thread fidelity. Essential Job Functions: Architecture & Design Authority • Define avionics integration schemes that marry Nomad VPX hardware with platform data buses (MIL‑STD‑1553, ARINC‑429/664, Ethernet TSN) and mission computers.
Scroll down for a complete overview of what this job will require Are you the right candidate for this opportunity • Develop interface‑control documents (ICDs), signal‑flow diagrams, and timing budgets; ensure alignment with OMS/UCI messages and cross‑domain guard rules. Airworthiness & Certification • Lead authoring of AF Form 1067s, E‑series flight‑clearance packages, and safety‑of‑flight analyses. • Oversee DO‑254 (hardware) & DO‑178C (software) compliance artifacts where required. Digital Thread / MBSE • Capture avionics models in SysML/CAMEO and link to requirements, verification methods, and hardware part trees. • Drive configuration‑control boards, red‑line incorporation, and model synchronization. Lab‑to‑Flight Integration • Specify and validate wiring harnesses, signal conditioning, and power interfaces in the Integration SIL. • Troubleshoot EMI/EMC, timing, and protocol issues; guide corrective actions through to flight‑test readiness. Flight‑Test & Fielding Support • Draft test cards, telemetry requirements, and Interim Authorizations To Test (IATT). • Serve as on‑board or ground avionics lead during developmental & operational flights; analyze real‑time data and coordinate anomaly resolution. Mentorship & Stakeholder Engagement • Advise Government IPT leads, platform SPOs, and OEM avionics teams; present technical status to SES/GO audiences. • Mentor mid‑level engineers, instilling open‑architecture and DevSecOps best practices in a classified environment. Required Skills: Due to the sensitivity of customer related requirements, U.S. Citizenship is required. Active TS/SCI
clearance. High School Diploma plus 20 years of experience. Must have been directly involved with avionics engineering and have focused on this technical area for
over 20 years ,
has published work or work samples showing that they are an expert in this field, and have participated in technical presentations/roadshows/conferences as an expert in their respective field. Expert knowledge of MIL‑STD‑1553, ARINC‑429/664, Ethernet (TSN/AFDX), VPX architectures, and timing/synchronization methods. Demonstrated success integrating Type‑1 crypto, SATCOM/RF subsystems, and open mission systems (OMS/UCI, FACE, SOSA). Hands‑on experience generating airworthiness artifacts and guiding systems through developmental & operational test. Proficiency with avionics E‑CAD and MBSE tools (CAMEO/MagicDraw, Rhapsody, Altium/OrCAD). Desired Skills: Prior work on
ABMS, CJADC2, or airborne C4ISR networking
programs. Deep familiarity with DO‑254/DO‑178C compliance, RCC 324/125‑15, and MIL‑STD‑461 EMI/EMC. INCOSE CSEP/ESEP, DER, or USAF Test Pilot School academic credentials. Experience integrating software‑defined radios, content routing, or SDN architectures into legacy aircraft. Agile/SAFe certification and exposure to DevSecOps pipelines (Platform One, Rancher).
Avionics Engineering SME , you will be the cornerstone technical authority for integrating the
Nomad
chassis, Type‑1 crypto, SATCOM apertures, and OMS/UCI software with multiple aircraft avionics suites during
Major Release 2 (FY 25‑27) —ensuring airworthiness, mission effectiveness, and digital‑thread fidelity. Essential Job Functions: Architecture & Design Authority • Define avionics integration schemes that marry Nomad VPX hardware with platform data buses (MIL‑STD‑1553, ARINC‑429/664, Ethernet TSN) and mission computers.
Scroll down for a complete overview of what this job will require Are you the right candidate for this opportunity • Develop interface‑control documents (ICDs), signal‑flow diagrams, and timing budgets; ensure alignment with OMS/UCI messages and cross‑domain guard rules. Airworthiness & Certification • Lead authoring of AF Form 1067s, E‑series flight‑clearance packages, and safety‑of‑flight analyses. • Oversee DO‑254 (hardware) & DO‑178C (software) compliance artifacts where required. Digital Thread / MBSE • Capture avionics models in SysML/CAMEO and link to requirements, verification methods, and hardware part trees. • Drive configuration‑control boards, red‑line incorporation, and model synchronization. Lab‑to‑Flight Integration • Specify and validate wiring harnesses, signal conditioning, and power interfaces in the Integration SIL. • Troubleshoot EMI/EMC, timing, and protocol issues; guide corrective actions through to flight‑test readiness. Flight‑Test & Fielding Support • Draft test cards, telemetry requirements, and Interim Authorizations To Test (IATT). • Serve as on‑board or ground avionics lead during developmental & operational flights; analyze real‑time data and coordinate anomaly resolution. Mentorship & Stakeholder Engagement • Advise Government IPT leads, platform SPOs, and OEM avionics teams; present technical status to SES/GO audiences. • Mentor mid‑level engineers, instilling open‑architecture and DevSecOps best practices in a classified environment. Required Skills: Due to the sensitivity of customer related requirements, U.S. Citizenship is required. Active TS/SCI
clearance. High School Diploma plus 20 years of experience. Must have been directly involved with avionics engineering and have focused on this technical area for
over 20 years ,
has published work or work samples showing that they are an expert in this field, and have participated in technical presentations/roadshows/conferences as an expert in their respective field. Expert knowledge of MIL‑STD‑1553, ARINC‑429/664, Ethernet (TSN/AFDX), VPX architectures, and timing/synchronization methods. Demonstrated success integrating Type‑1 crypto, SATCOM/RF subsystems, and open mission systems (OMS/UCI, FACE, SOSA). Hands‑on experience generating airworthiness artifacts and guiding systems through developmental & operational test. Proficiency with avionics E‑CAD and MBSE tools (CAMEO/MagicDraw, Rhapsody, Altium/OrCAD). Desired Skills: Prior work on
ABMS, CJADC2, or airborne C4ISR networking
programs. Deep familiarity with DO‑254/DO‑178C compliance, RCC 324/125‑15, and MIL‑STD‑461 EMI/EMC. INCOSE CSEP/ESEP, DER, or USAF Test Pilot School academic credentials. Experience integrating software‑defined radios, content routing, or SDN architectures into legacy aircraft. Agile/SAFe certification and exposure to DevSecOps pipelines (Platform One, Rancher).