William Whittington Email and Phone Number

Contracted to Bell Aviation: V-280 Avionics Team Lead• Primary liaison to Bell Engineering team• Responsible for Azure task development and assignment• Development and maintenance of Allocated Baseline System Model in Cameo• Developed and taught model development of FACE domain specific data modeling• Supported weekly working group meetings and IDCR reviews

• Lead of digital thread team• Responsible for connecting tools from other IPTs to Cameo Model• Communicated often with IPTSs to ensure proper usage and code changes and to notify of major model findings• Lead model architecture and development to best facilitate thread usage• Developed and assigned tasking via Jira• Systems seeker lead• Developed Cameo model elements and architecture regarding seeker, including but not limited to BDDs, IBDs, Activity Diagrams• Developed and maintained requirements in DOORs with linkage to Cameo via DatahHub• Contributed to weekly team meetings, reviews and deliverables• Lead modeling efforts related to reliability and maintainability• Translated SysML models to less experienced shareholders and business leaders• Developed and maintained velocity scripts to facilitate rapid document generation from Cameo model• Created related model elements, stereotypes and parametrics• Lead customer meetings and demonstrations of model layout and capabilities

• Engineering lead: Engageability• Adapted legacy code and wrote new code to facilitate different operating procedure• Developed and maintained interfaces between code and C2 entity• Led weekly working group meetings with government customers and other industry partners• Main liaison to software team• Ensured quality of work and troubleshooting• Attended scrums and helped shape development tasks• Model based systems lead• Developed systems engineering artifacts in Rhapsodyo Sequence diagrams, use cases, activity diagrams etc• Generated IDL and ICD via automation in Rhapsody• Led and supported review efforts by effectively instructing• Supported flight test preparation and data analysis, leading to multiple successful events

• Part of Boeings tiger team to investigate MBSE and applications• Updated internal tools for various optimization tasks• Applied those tools to portfolio selection, manufacturing, supply chain and general management problems• Effectively showed results of findings through various Tableau • Did various battlespace analysis in AFSIM

• Engineering Lead of Raytheon Capability Based Battlespace Analysis• Developed agent-based models to give an abstract view on capability impacts on future warfare environments• Collected findings into simple yet informative “what if” tools to allow decision makers to see impacts of various improvements• Presented findings to Joint Forces Command• Key areas of research: cooperative control, network analysis, systems of systems analysis, advanced modeling techniques including agent-based modeling and systems dynamics modeling, integrated product and process development