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Develop and maintain SysML-based system architectures, integrate digital engineering tools, manage requirements, define interfaces, conduct technical trade studies, and support hardware/software integration for national security programs. Collaborate with government and contractor stakeholders, improve digital engineering processes, mentor MBSE practitioners, and review models for quality. The role requires systems engineering experience, MBSE proficiency, requirements management expertise, and the ability to obtain a Top Secret clearance.

Leads software architecture and technical strategy for RF seeker and guidance systems. Responsibilities include designing embedded tactical systems, governing interfaces among RF front-end, DSP, and flight-control software, conducting architectural trade studies, managing requirements and scope, supporting integration and verification, engaging customers, and mentoring software and systems engineers. The role requires expertise in RF/radar sensor and seeker architectures, full lifecycle development, team leadership, and an active Secret clearance.

Develop and mature EO/IR seeker systems for military precision-guidance applications. Perform system analysis, design, prototyping, integration, testing, and verification across the product lifecycle. Contribute to image processing, automatic target recognition, tracking, aim point selection, sensor architecture, requirements derivation, trade studies, and hardware-in-the-loop development. Collaborate within integrated product teams to improve engineering processes, support digital engineering initiatives, and advance multimodal sensing capabilities.

Supports integration, verification, and validation of radar and RF seeker systems for military applications. Responsibilities include systems integration, modeling, testing, diagnostics, RF design evaluation, laboratory testing, and performance analysis. The role collaborates across product development phases, including R&D, engineering manufacturing development, low-rate initial production, and full-rate production. Experience with phased arrays, beam control, signal processing, seeker subsystems, and weapons systems is valuable.

Develop reliable C/C++ software for embedded seeker, guidance, and control systems used in precision munitions. Work with embedded processors, GPUs, sensors, and electronics across bare-metal and Embedded Linux environments. Collaborate with systems, hardware, and test engineers to translate requirements into software solutions, participate in design reviews, and support engineering standards and test events.

Develop and evaluate advanced RF radar seeker systems for military precision-guidance applications. Responsibilities span radar analysis, design, prototyping, integration, testing, verification, lab evaluation, engineering changes, and technology maturation from R&D through production. The role contributes to integrated product teams and may involve CPU or FPGA software and firmware development, sensor architecture verification, and weapons-system performance analysis.

Designs, integrates, and sustains complex enterprise and industrial control networks supporting national security missions. Responsibilities include systems analysis, network architecture documentation, requirements engineering, legacy network modernization, hybrid cabling integration, firewall ruleset engineering, stakeholder coordination, technical risk mitigation, and PLC/SCADA connectivity and troubleshooting. The role also develops architecture drawings and interface control documents, evaluates networking technologies, and ensures systems meet operational and technical requirements.

Designs and leads military modeling and simulation architectures for wargaming, training, exercises, education, and operational planning. Oversees engineering processes, requirements, integration, testing, configuration management, documentation, procurement, training, and technical support. Advises on constructive and live, virtual, constructive integration, presents solutions to customers and leadership, and supports business strategy, proposals, and follow-on opportunities. The role requires collaboration with military customers and extensive domestic and international travel.

Leads hardware engineering strategy for PS hardware, ASIC/FPGA, and microelectronics packaging solutions. Develops technical roadmaps, aligns research and development with customer and market needs, supports proposals and business capture, manages intellectual property, and advances technology transitions. Engages defense customers and external partners while mentoring engineering talent and guiding cross-business collaboration. Requires substantial experience with precision strike, avionics, navigation, acquisition processes, open architectures, and modular design.

Lead systems engineering adoption within a Digital Engineering and AI council and embedded program teams. Define standards, roadmaps, metrics, and reusable practices; coach engineers in model-based systems thinking and digital workflows; connect requirements, architecture, analysis, design, and verification evidence; pilot AI-supported techniques; track adoption; and transition teams to sustained ownership while providing on-call expertise.