Job Information
General Dynamics Land Systems Model Based System Engineer MBSE in Sterling Heights, Michigan
About the Role:
This role will be responsible for the leadership and oversite of a programs Model Based System Engineer (MBSE) development activities and management. Company Information General Dynamics is a successful Fortune 100, global aerospace and defense company, with over 90,000 employees world-wide. General Dynamics Land Systems, a business unit of General Dynamics, has a strong foundation of delivering core engineering and manufacturing capabilities to our clients for military vehicles. Our team is focused on continuous process and productivity improvements that reduce product costs, while increasing troop safety and effectiveness. Land Systems continues to work with the US Armed Forces and its Allies to ensure these vehicles remain survivable, relevant, flexible, affordable and capable of addressing a dynamic threat environment. Hybrid or onsite- Due to the nature of the work, this role requires on-site presence up to 70% What We Offer: Starting your career or you are an experience professional, we offer a Total Rewards package that is Impactful and built for you. 401k Match (6%) Educational Assistance 9-80 Work Schedule (This position's standard work schedule is a 9/80. The 9/80 schedule allows employees who work a nine-hour day Monday through Thursday to take every other Friday off.) On-going learning opportunities within a diverse, inclusive and rewarding work environment Onsite Cafeteria, remodeled with new equipment Fitness Center, and Outdoor fitness track Responsibilities to Anticipate/Expect: This role will have activities with will include but not limited to: Provides technical direction to MBSE Systems and Software Engineers for the execution of engineering projects within a SysML model using Cameo Enterprise Architecture tool. *Coordinate with program office personnel in the development of proposals, scopes of work, program plans, statements of work, work breakdown structures with respect to the role of MBSE on the program to help define the program. *Define "how" Engineering will execute all aspects of the System Engineering using MBSE to include development and review of requirements, requirements flow down, system architecture, opportunity and risk management, trade studies, technical performance measures, testing, interface control, cost control, weight management, technical program review preparation, system integration, verification, and validation. *Prepare appropriate plans to capture these activities which includes ownership and responsibility of MBSE staged elements **Support the SEM, SEIT Lead, and Chief Engineer in their role to Define and Review the Technical Product solution that resides in the MBSE *Support and facilitate building a GDLS MBSE capability to be used across programs.Structuring and Staging the MBSE model to allow reuse of model elements on future programs, IRADs, or DE initiatives. *Define, Develop and Manage the MBSE elements of a program into a defined SysML configuration. Areas include staging Requirements, Behavior, Structure, Interfaces and Parametric elements in an MBSE tool for a program. Guide the program team using the MBSE model in the development of requirement decomposition for Functional and Non-functional requirements from the System Specification to the allocated baseline of HWCI and SW CSCI requirements. Guide the program in the use of MBSE structures for functional decomposition from System Functions to component functions.Establish the structure and staging in the model for building and linking SysML artifacts in the generation of Activity Diagrams, State Machines, Sequence Diagrams, Block Definition Diagrams (BDDs), Internal Block Diagrams (IBDs) and their associated derived requirements. Guide the program team in the development of MBSE interfaces and the generation of proper Data Architecture Model Libraries (DAML) and Domain S