The team is responsible for designing, building, and maintaining the core IT hardware and software infrastructure for all enterprise services; including architecture, operations, implementation, business continuity, and compliance. Additionally, we provide services and assistance to our broad range of remote locations as needed for their operations and ongoing efficiency efforts.
Perform systems engineering functions in support of the Fleet Ballistic Missile (FBM) Program, Electrical Support Equipment (SE) Design. Coordinate, integrate and status Electrical SE changes and modifications.
Analysis of system requirements, supporting the development team through handover of the product to integration, installation of the system, conduct of subsystem and system integration and test, development and execution of test procedures, conduct of formal system acceptance testing, problem documentation and resolution in support of in-house and fielded systems.
Development and Analysis of system requirements,
System Architecture, Preliminary and detailed system design, Development of specifications and test procedures, Conduct of subsystem and system Integration and Test.
Responsibilities also include analysis of engineering production workflows for process improvement and compliance with LM policies and procedures as well as coordination with Contracts, Manufacturing, Quality Assurance, Configuration Management, and Shipping to ensure program contractual delivery dates are met.
INCOSE ASEP Systems Engineering Certification. Training System application domain experience. OCONUS product delivery / product exportability experience. MS degree in a general engineering / technical discipline.
The Senior Secondary Air System Design Engineer, Flow and Thermal Engineering will develop designs of World-Class Gas Turbine Systems considering operability, performance, durability and customer value in a team environment.
Propose and implement cost effective solutions from the initial concept through the final design, fabrication, checkout and system turnover to the customer considering factors of feasibility, safety, environmental impact, and adherence to industry standards.
A Modeling and Simulation Engineer's primary endeavor is to represent physical and functional truth into an advanced high fidelity computer simulation capable of predicting system pre - deployment performance, or otherwise assisting in the interpretation of real world test results.