Senior Principal Engineer, Software Engineering

• Must possess at least a bachelor’s degree or its equivalent in Computer Science, Electrical Engineering or related field and at least 10 years of progressive experience as a Software Engineer or related role in the avionics industry. In the alternative, at least a master’s degree or its equivalent in Computer Science, Electrical Engineering or related field and at least 7 years of experience as a Software Engineer or related role in the avionics industry would be acceptable.
• Must possess at least 5 years of experience with: aircraft systems, avionics software and DO-178B/C development and certification processes.
• Must possess at least 5 years of experience with: in the areas of EVM, CAM, Change Management, Risk Management, and a working knowledge of project schedules (IMS) and month end reconciliation activities.
• Must possess at least 5 years of experience with: working with and leading Agile methodologies.
• Must possess at least 5 years of experience with: developing and verifying software for real-time embedded systems using C and Matlab (Simulink) modeling languages.
• Non-U.S. Person – Position will not offer work immigration sponsorship and will seek export authorizations to allow the individual to work on a specific program or project.

Rockwell Collins Inc. d/b/a Collins Aerospace has an opening for a Senior Principal Engineer, Software Engineering in Cedar Rapids, IA. Travel to India to visit company locations in Hyderabad and Bangalore for business meetings for about 1 week at a time up to once per year, travel to Canada to support customer meetings up to 1 week in duration up to twice a year.

Joining Collins Aerospace isn’t just about finding a job; it’s about embarking on a journey to redefine the future of aerospace technology.

• →Design, develop, document, test and debug control and diagnostic systems that contain logical and mathematical solutions.
• →Conduct multidisciplinary research and collaborate with equipment designers in the planning, design, development, and utilization of electronic data processing systems for product and commercial software.
• →Determine end user needs by analyzing system capabilities to resolve problems on program intent, output requirements and input data acquisition.
• →Ensure hardware and software standards are met.
• →Design and implement build procedures that are used to support hardware and software product development and use.
• →May develop software configuration standards for company-wide use.
• →May train software developers in the use of configuration management tools and the implementation of software quality standards.
• →Includes control modeling (model based design).

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