Systems engineering across the life cycle of major acquisition programs for the U.S. Government, including research and development, system acquisition, requirements management, configuration management, program control, data analysis and metrics; budget planning and cost analysis, financial tool development; SETA advisory support to senior management, program managers, SMEs and COTRs for multi-disciplinary systems engineering leadership roles, analytic and budgetary problem-solving, and development of custom tools for cost analysis, data parsing, metrics and visualization.

• Line and project manager for a team of systems engineers and Configuration Management (CM) analysts supporting two U.S. Government agencies responsible for joint baseline and life-cycle support of global assets. Served as principal Enterprise CM team lead responsible for CM process improvement, policy development, and implementation of common Enterprise CM activities. • SETA team leader supporting agency business process transformation of new Enterprise CM policy, governance process, CM management plans, process descriptions and procedures to institutionalize uniform agency-wide CM infrastructure.• Initiated the business process for CM planning and implementation within agency Directorate, oversaw the establishment and support of inaugural and subsequent Engineering Review Boards (ERB) and Configuration Control Boards (CCB) for this Directorate, and trained CM managers and facilitators throughout the Directorate in standing up their respective CM programs.

Provided diverse systems engineering support to U.S. Government research & engineering organization for development of advanced digital signal processing/analysis distributed network. Served as SETA lead responsible for planning, staffing, and technical execution for requirements analysis, system concept definition, tradeoff studies, network design, technology and market surveys, procurement planning and contract award. Collaborated with government acquisition and engineering team as well as multiple agency organizations to identify functional and performance specifications in a dynamic requirements environment. Additionally, provided SETA support to several U.S. Navy organizations for planning, development, and acquistion of special purpose electronic systems and instrumentation.

Systems engineering, design, development, and testing of complex analog and digital signal acquisition and processing systems; algorithm modeling, simulation and testing; prototype development and vendor hardware fabrication/production; system integration and testing; software development.

Real-time simulation of the Apollo Primary Guidance and Navigation Control System; analog and digital computer programming; software development; data analysis (simulation versus realtime mission telemetry) for Apollo 11.