What are the responsibilities and job description for the LEAD ENGINEER - PRINCIPAL ENGINEER - Avionics Architect position at Southwest Research Institute?
Who We Are :
The Tactical Aerospace Department provides world-class research, design, services, and support to the DOD market. We provide avionics and payload / mission equipment for airborne systems and solutions to legacy issues for the DoD industry, Allies, and U.S. Government.
Objectives of this Role :
Architect and design multi-partition, multi-DAL systems within a ARINC 653 environment.
Lead teams to develop complex microprocessor based avionics / mission / payload LRU's through the full development cycle (Requirements, design, integrate, test, qualify, flight test, etc).
Daily and Monthly Responsibilities :
Collaboratively work with teams to develop avionics grade systems for airborne and ground systems. These teams consist of core disciplines across Systems, Electrical, Software, Firmware, and Mechanical engineering.
Mentor, guide, and develop complex embedded systems.
Development includes the full life cycle from requirements and architectures through V&V and integration.
Support Department management in specific marketing activities, writing proposals, and developing product / technology roadmaps.
Interact directly with clients and company staff to establish requirements and architectures to meet client expectations.
Requirements :
Requires a Bachelors degree in Computer Engineering, Electrical Engineering, or equivalent engineering degree.
8 years : Experience designing embedded architecture designs within a RTOS multi partition, multi DO-178 DAL environment. Experience with RTOS (Green Hills or DDC-I DEOS) development environment as well as LDRA. Experience with C / C
2-5 years : Experience leading development and test engineering teams to meet program needs.
Knowledge / experience with SOSA, FACE, Big Iron preferred.
Experience with DO-178 processes and artifacts.
Experience with BSP and driver development including communication buses (ethernet, PCIe, 1553, etc).
Experience with integrating software onto hardware and debugging within a lab environment utilizing equipment such as logic analyzers, power supplies, etc.
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