Marjorie Misasi Email and Phone Number

• Business and Technical Lead for the Custom Electronics Solutions capability, driving program execution and increasing revenue growth for prototype electronics systems.• Oversees prototype development from design, build, and test through preparation for low-rate production. • Developed product concepts in concert with the expansive Booz Allen engineering community for a wide range of capabilities, from soldier-wearable technology, enhanced situational awareness with AI/ML, to cross-domain communications devices.

• Contributory architect of the initiative to integrate the autonomous mobile robots into human workspaces.• Oversaw the integration of the new robotic arm into the first transportation centers.• Identified and improved implementation of Design for Supportability requirements and process modifications for introducing new robotic products into production centers to supporting scalability to general usage in global rollout.

• Developed and matured feasibility studies into a $120M technical research demonstration system with cutting edge imaging technologies, leading a technical team of mechanical, optical, electrical, software, controls, systems and image science engineers.• Co-developed architecture, framework and requirements for autonomous sensing and multi-platform mission execution.• Co-developed system requirements, technical maturation, and business strategy for new international multi-spectral product line.• Co-Lead for qualification testing, aircraft integration, flight trials and successful sell-off of optical podded system on UAV.• Worked with product marketing, engineering, and manufacturing teams to deliver strategic and tactical product plans to meet time to market requirements and post-delivery support.• Developed and oversaw execution of schedules, budgets, timelines, and resource planning for technical activities, compliant with DoD EVMS standards.

• Lead Systems Engineer on 6 Airborne EO/IR camera system programs for different domestic and international customers on 4 different aircraft. • Major areas of development included, but not limited to: sensor design for enhanced imaging features and performance, geo-location accuracy with sensor model adjustments, mission planning system development and deployment, aircraft integration, new pod design with rotating window and image product algorithms • Supported the development of customer concepts of operation and translated customer requirements into system and subsystem design with implementable and verifiable requirements, including trade studies of concepts, architectures, and technical solution options. Primary contact for technical interchange meetings for defining system operation, design review presentations, support of integration and problem resolution.• Defined program scope and architecture, including cross-program efficiencies, budgets, schedules, and resource planning, to a profitable level and identifying and managed the risks on the program to ensure successful sell-off. • Developed and executed test strategies including design verification, support of the integration and test during the factory test cycle, and qualification testing.• Performed requirement management, gap analysis, and early MBSE for cross-program products. • Performed imagery analysis and simulations to evaluate system performance and establish error budgets.

• Technical Lead of a multi-disciplinary team on the development of multiple domestic and international avionics equipment, from system definition through integration support in country. • Designed and implemented electronics test system, sensor control circuit board design and bring-up, VHDL coding for FPGAs, and system troubleshooting.

• Designed and implemented real-time algorithms for communication satellite terminals.

• Implemented real-time communications protocols on handheld and airborne radio systems.