Perform expert-level systems development and design work that may include logic design, I/O design, firmware development, model formulation, manufacturing and development cost projections, computer architecture analysis and design, and analog or digital systems engineering.
Performs systems development and design work that may include logic design, I/O design, firmware development, model formulation, manufacturing and development cost projections, computer architecture analysis and design, and analog or digital systems engineering.
Ability to design, develop, test, integrate, deploy, and support/maintain scalable web pages and web services utilizing Java. In addition to Java, experience with Node.js, Grunt, React, Twitter Bootstrap, MongoDB, MySQL, Oracle, SQL Server, Less or Sass.
The selected candidate will have high proficiency in Flight Controls development and working knowledge of related engineering disciplines that include requirements definition, design, development, qualification, integration test, flight test support, verification, production and training for the KF-X Flight Controls VMS/VMC.
The candidate will be instrumental in completing efforts at all instances of the product development life cycle to include: concept, design, fabrication, test, installation, operation, maintenance and disposal.
Support Department for development and maintenance of the ERIDS and ESSC Systems. The department's mission is to provide system engineering, software development, maintenance, test, user, and system support on the behalf of the FAA. Position requires continual customer contact with good "people skills" a must.
The Systems Engineer will be responsible for the design, configuration, implementation, and maintenance of various Data Center infrastructure technologies including Virtualization, Automation, Storage Engineering and Server Management.
Perform comprehensive topside design integration employing a systems engineering and integration effort that treats all ship topside structures, associated equipment and cooperating elements as a total ship topside system while considering the impact of the mechanical, climatic, environmental, signature and electro-magnetic environmental effects upon the whole system.