Supporting firing room console activities whose responsibilities include the integration of technical activities on flight and ground hardware processing and the resolution of real time problems and issues as they occur.
Architects and leverages best practices used in the maintenance and administration of Data Management Platform and systems in Cloud, including software platform, and configuration updates across multiple business units
Responsible for coordinating and interfacing regularly with suppliers, customers, other customer technical advisers. Responsibility includes managing M&S manpower, milestones, IMS, etc. Strong experience with air vehicle survivability modeling is required.
Leads shift operations and directs vendors and subcontractors. Utilizes advanced skills to perform complex preventive maintenance and corrective repair of buildings, industrial systems, vehicles, equipment and grounds.
Manages infrastructure related to networks and related hardware and software to ensure availability, recoverability, performance, integrity and supportability through production support and maintenance of existing network and development and implementation of network enhancements.
A Systems Engineer performing the Site Lead function seeks to strongly influence the inherent system performance capabilities and feature sets of an objective system through definition of design challenges and risks, compliant architectural design, performance analyses of critical requirements.
Collaborate with Applied Research on emerging technology needs. . Pursue new business opportunities and lead proposals for Collaborative Research and Development (CRAD) and LWS risk reduction and demonstration moving towards the Engineering Manufacturing and Development (EMD) phase.
The Requirements Definition engineer will coordinate and lead the systems requirements team in the development of the system design architecture, and the design requirements derivation and flow down to modular subsystems.
Participate in the creation of development / software engineering best practices, including capacity planning, monitoring, configuration, security, historical metrics, recovery strategies and migration strategies.