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Designs and executes RF test plans for space and airborne products; operates RF lab equipment; develops reusable test architectures and automation; reviews and presents RF test data; participates in design-for-test, root cause analysis, and cross-functional lifecycle support.

Lead day-to-day execution and performance for satellite/space payload programs, serving as single customer contact. Establish baselines (IMP/IMS), develop WBS, monitor cost/schedule/technical performance using EVMS and metrics, manage subcontractors and cross-functional teams, drive risk-based decisions, support revenue recognition, mentor program engineers, and improve program processes.

Lead RF hardware and system design for phased-array satellite and aerospace comms across concept, architecture, detailed schematics, PCB layout, simulation, testing, qualification, and in-orbit support. Mentor engineers, present designs to stakeholders, and contribute to proposals.

Lead EMI/EMC engineering for phased-array communication systems: develop control plans, perform simulations and testing (MIL-STD-461/DO-160/ECSS), resolve compliance issues, document results, mentor junior engineers, and coordinate with cross-functional teams to ensure regulatory and performance requirements are met.

Design and develop board-level RF electronics and phased-array communications systems from concept through testing and in-orbit support. Responsibilities include schematic and PCB layout, simulations, link budgets, part selection, manufacturing support, qualification, and presenting design reviews and proposals.

Design and deliver digital and mixed-signal electronics for space and airborne platforms from concept through schematic, PCB layout, analysis, build, test, and production. Work includes FPGA/microcontroller-based designs, signal and power integrity analysis, bring-up and verification, mentoring juniors, and interfacing with manufacturing, software, mechanical, and customers.

Design, verify, test, and deploy FPGA systems for aerospace communications, implementing high-speed serial interfaces, Layer 2/3 networking (Ethernet, IP, MPLS), multiple clock domains, and performing validation and design reviews for customers.

Lead FPGA architecture, design, verification, and deployment for space systems. Define interfaces, perform implementation and timing closure, test and validate designs, mentor junior engineers, participate in reviews and proposals, and ensure radiation mitigation and space-qualified part selection.

Lead PCB layout and library management for high-frequency RF, power, and digital aerospace electronics. Perform complex Altium layouts (up to 30 GHz), manage component libraries, create/revise release packages, maintain templates, and collaborate with hardware and mechanical engineers to ensure high-reliability designs.

Lead EMI/EMC engineering activities for phased-array communication systems: develop control plans, analyze designs, run and coordinate compliance testing (MIL-STD-461, DO-160, ECSS), use EM simulation tools, troubleshoot issues, document results, and mentor junior engineers.