Engineering Architect - Level 2 (Avionic Systems)

Airbus•Grand Prairie, TX

12d•Onsite

About The Position

Airbus Helicopters is looking for an Engineering Architect Level 2 (Avionic Systems) to specify, design and integrate architecture and system functions on a variety of programs and on multiple platforms. (i.e. H125, H130, H135, H145 and H160 platforms). In this role, you will actively participate to specify, design and integrate architecture and system functions on various programs and on multiple platforms (mainly H125, H130, H135, H145 and H160). You will also be accountable for the completeness and accuracy of engineering documents and providing a high level of fist-time quality of own work and the work of others. Our Engineers have the privilege of working on complex, highly engineered machines and are involved at all stages of the aircraft life cycle, from product development to manufacturing and support to our customers. If you’re interested in designing, creating, and testing the present and future of Airbus products across the globe, join our mission to connect the world. A suburb just outside the Dallas-Fort Worth metropolitan area is home to Airbus Helicopters U.S. regional headquarters, where we have more than 1,000 employees. Check out one of the seven professional sports teams that also call Dallas home - you may even see a special, custom Airbus helicopter dedicated to the Dallas Cowboys flying during home games.

Requirements

Bachelor of Science in Electrical Engineering (BSEE) or equivalent technical degree or relevant experience.
Seven (7)+ years of experience (or verifiable demonstrated equivalent) of aircraft systems design, development, integration and certification.
10% Domestic and International travel availability.
Avionic architecture and electrical systems knowledge.
System Engineering ARP 4754, Do 160
Simulation
Airworthiness (identification of rules to be applied)
US Person under ITAR definition (U.S. Citizen, green card holder or person covered under our existing ITAR license)
Onsite: 100% - Daily except when on travel.
Vision: able to see and read computer screen and other electronic equipment with screens, able to read documents, reports and engineering drawings daily
Hearing: able to hear to participate in conversations in person and via teleconference or phone and to hear sounds including safety warnings or alarms daily
Speaking: able to speak in conversations and meetings, deliver information and participate in communications daily
Equipment Operation: able to operate most office and personal electronic equipment daily
Carrying: able to carry documents, drawings, electronic equipment up to 10lbs daily
Lifting: able to lift documents, drawings, electronic equipment up to 10lbs daily
Pushing / Pulling: able to push and pull small office furniture occasionally
Sitting: able to sit for long periods of time in meetings, working on computer daily
Squatting / Kneeling: able to squat or kneel to retrieve or replace items stored on low shelving occasionally
Standing: able to stand for discussions in offices daily
Travel: able to travel independently and at short notice rarely
Walking: able to walk through office and production areas including uneven surfaces daily
Personal Protective Equipment required: Steel-toed shoes are required for all shop floor visits, appropriate hearing/eye protection may also be required when visiting the shop floor.

Responsibilities

Define System/Integration architectures in accordance with engineering operation requirements as elaborated during offer phases to meet customer, airworthiness, general engineering standards and company requirements.
Design, integrate and approve the defined solutions
Validate design solutions by implementing simulation, modeling, predictive tools
Define and approve verification methods (analysis, tests…), elaborate verification program including general engineering aspects such as EMI: EMC, general environment, vibrations, thermal analysis (list not limited) and deliver the verification results to Airworthiness team
Design, develop, and review technical documents and engineering drawings needed to integrate avionics and electrical equipment, and their associated interfaces
Create and/or review Installation Instructions and Instructions for Continued Airworthiness
Develop and verify Configuration Settings / Software Version Control documents
Develop and coordinate Technical Publications
Provide liaison support to various internal and external customers as required for support of aircraft integration and conformity efforts (suppliers, planning, industry, quality, etc.)
Present and communicate modifications and aircraft configuration during design reviews and other required presentations to various customers
Support the development of certification packages including certification plans, compliance checklists, and conformity inspection plans
Coordinate with FAA DERs and ODA Unit Members in support of certification requirements