LR139 Space Avionics Software Engineer III

$112.09

Space Avionics Software Engineer III, Cloud Computing Technologies Agile Development Labor Rate develops airborne software applications and is involved in the airworthiness certification process of such software. Carry out software processing to keep up a strong and auditable software version release procedure. Work with other members of the space avionics software engineering team to develop various flight control software and other airborne software systems.

SKU: LR139 Category:

Space Avionics Software Engineer III, Cloud Computing Technologies Agile Development Labor Rate develops airborne software applications and is involved in the airworthiness certification process of such software. Work with the DevSecOps team to complete requirements at every level of the software development before deployment for use. Interact with end-users to understand their needs, then design and implement efficient applications system that meet these needs on time and on budget. Carry out research into new technological trends in the space avionics software development field and consider the benefits of incorporating latest features discovered into the new or existing application software. Perform system integration testing and verify high-level software requirements on a number of programs. Carry out software processing to keep up a strong and auditable software version release procedure. Report problems and possible resolutions, report corrective and preventive actions, verify requirements and perform product validation and release. May have an academic certification in computer science, software engineering, aeronautical engineering, software engineering, or other closely related courses; 11 or more years of experience in this field; plus a Complete training and certification from the Federal Aviation Administration. Conversant with the use of various code review tools (such as Crucible, Review Board, GitHub, Gerrit, Veracode, Phabricator, and so on) and exploit their benefits in during coding. Capable of developing space avionics applications software with various programming languages such as Python, C, C++, C#, and Java. Work with the team to develop various flight control software and other airborne software systems. Provide computer system support for every form of communication, guidance and navigation systems. Perform tests and retests on systems to ensure that they are working correctly. Responsible for conducting researches that assist in addressing issues associated with software systems involved in-flight safety systems, landing gear, and electronic navigation systems.

Brand

Cloud Computing Technologies

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