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Own the full lifecycle of board-level digital and mixed-signal electronics for advanced RF communication systems. Responsibilities include architecture, trade studies, component selection, detailed design, PCB layout, simulation, production delivery, hardware bring-up, verification, debugging, root-cause analysis, and design reviews. The engineer will mentor junior staff, lead technical decisions, and collaborate with software and mechanical teams on aerospace and airborne electronics.

Own end-to-end development of complex, high-reliability electronics for space and airborne systems, including architecture, schematic design, PCB layout, analysis, testing, production release, and deployment. Lead hardware engineering teams, develop requirements and verification plans, perform laboratory bring-up, present design reviews, provide cross-functional expertise, and mentor engineers. Designs may involve high-speed digital, power, and RF electronics.

Designs and develops spacecraft PCB-level electronics from requirements through production. Responsibilities include board design, PCB layout, subsystem definition, integration, troubleshooting, trade studies, and hardware validation using laboratory instruments. The engineer collaborates across electrical, software, FPGA, thermal, and mechanical teams throughout the spacecraft lifecycle. Preferred experience includes power and signal integrity analysis, LTSpice simulation, analog, digital, RF, or power electronics, microcontroller or FPGA systems, programming, and EMI/EMC mitigation.

Design and develop mechanical systems for phased-array satellite antennas, payloads, subsystems, and interfaces from concept through flight and in-orbit support. Responsibilities include architecture trade studies, CAD and mechanical analysis, electronics packaging, thermal design, mechanisms, manufacturing, testing, qualification, and environmental validation. The role presents design reviews, supports proposals, and collaborates cross-functionally on advanced spacecraft hardware.

Leads aerospace and satellite communication programs from concept through production, integration, testing, and delivery. Owns customer interactions, cost, schedule, technical performance, risk and opportunity management, program baselines, resource-loaded schedules, performance metrics, estimates, and revenue-recognition inputs. Collaborates across decentralized teams, supports portfolio process standardization, and mentors program engineers while helping develop a program management office.

Develops EMI/EMC control plans and mitigation strategies for aerospace communication systems. Leads compliance testing under MIL-STD-461, DO-160, and ECSS; uses electromagnetic simulation tools to identify interference risks; investigates failures and drives corrective actions. Prepares compliance documentation, test plans, reports, and design guidance. Provides technical leadership, improves engineering practices, and mentors junior engineers while collaborating with design, test, and systems teams.

Leads electronic, electrical, and electromechanical component engineering for commercial space and aerospace systems. Responsibilities include component selection, qualification, screening, derating, performance verification, failure analysis, supplier evaluation, obsolescence mitigation, parts planning, ECO review, NSPAR and SCD preparation, and customer technical support. The role partners with design, reliability, and quality engineering teams while developing component roadmaps, process improvements, and high-reliability parts strategies for satellite constellations.

Own end-to-end development of complex digital and mixed-signal electronics modules for space and airborne systems. Responsibilities include architecture, schematic design, PCB layout, circuit and integrity analysis, hardware bring-up, verification, production release, and customer design reviews. The engineer will develop FPGA- and processor-based electronics, support RF systems, mentor junior engineers, and collaborate with software, mechanical, manufacturing, and test teams.

Designs, develops, tests, debugs, documents, and supports embedded software for satellite and aerospace systems. Responsibilities span microcontrollers, Linux-based single-board computers, low-level drivers, board support packages, applications, user interfaces, FPGA interfaces, and real-time systems. The role includes code and design reviews, product integration, qualification, post-production and in-orbit support, hardware collaboration, open-source software assessment, customer design reviews, and proposal writing.

Serves as the technical authority for electrical engineering across complex aerospace and space products. Leads electrical architectures, circuit and PCB design methodologies, power distribution, analysis, integration, qualification, and verification. Establishes engineering standards, interface requirements, technology roadmaps, and configuration processes while resolving complex technical issues. Collaborates with multidisciplinary teams, advises leadership, improves reliability and manufacturability, and mentors electrical engineers. Requires extensive board-level electronics experience, laboratory hardware bring-up, Altium proficiency, and expertise in analog, digital, power, signal integrity, and EMI/EMC engineering.