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Design and develop board-level RF electronics and phased-array communication systems for satellites, spacecraft, UAVs, and aerospace platforms. Responsibilities span requirements definition, schematic design, PCB layout, simulation, part selection, manufacturing, testing, qualification, design reviews, proposal support, and in-orbit support. The role involves RF front-ends, frequency conversion, synthesizers, filters, beamformers, power dividers, antennas, link budgets, and modulation schemes.

Designs active phased-array antennas and related RF hardware from concept and requirements definition through simulation, optimization, PCB fabrication, testing, qualification, and in-orbit support. The role involves RF front-ends, beamformers, and power dividers, along with customer and executive design reviews and proposal writing. Requires advanced electromagnetic simulation, EDA, laboratory testing, communication, and aerospace hardware experience.

Designs and analyzes RF circuits and systems for satellite, spacecraft, UAV, launch vehicle, and aerospace communications. Responsibilities span requirements definition, schematics, PCB layout, simulation, part selection, manufacturing, testing, qualification, troubleshooting, and in-orbit support. The role includes phased-array communications, RF front ends, converters, synthesizers, filters, beamformers, and antennas. The engineer will present design reviews, support proposals, and collaborate with customers and executives.

Creates and modifies SolidWorks models, drawings, and product documentation for the mechanical engineering team. Ensures accurate tolerances, dimensions, instructions, standards compliance, and design quality. Manages mechanical digital data, drawings, hardware structures, and engineering change orders in SolidWorks PDM. Reviews CAD designs, identifies issues, and supports corrective actions while coordinating across varied design and documentation workflows.

Designs and analyzes board-level RF electronics and phased-array communication systems for aerospace and space platforms. Responsibilities span requirements definition, component selection, schematics, PCB layout, simulation, manufacturing, testing, qualification, troubleshooting, and in-orbit support. The engineer develops RF front ends, frequency converters, synthesizers, filters, beamformers, power dividers, and antennas; presents design reviews to customers and executives; and contributes to proposals.

Designs and develops mechanical systems for satellite, spacecraft, UAV, and aerospace communication products across concept, analysis, manufacturing, testing, qualification, and in-orbit support. Responsibilities include electronics packaging, thermal management, CAD, FEA, shock and vibration analysis, GD&T, EMI/EMC mitigation, precision machining, cost analysis, and design documentation. The engineer will collaborate cross-functionally, support manufacturing and testing, and present design reviews to customers and leadership.

Designs and develops RF circuits and systems for satellite, spacecraft, UAV, launch vehicle, and aerospace communications. Responsibilities span requirements definition, schematic design, PCB layout, simulation, component selection, analysis, manufacturing, testing, qualification, and in-orbit support. The role focuses on phased-array systems, RF front-ends, converters, synthesizers, filters, beamformers, power dividers, and antennas. It also includes design reviews, customer and executive presentations, proposal writing, and technical troubleshooting.

Own end-to-end development of complex aerospace electronics, including architecture, schematic design, PCB layout, analysis, bring-up, verification, production release, and customer design reviews. Lead and mentor hardware engineering teams, develop requirements and verification plans, and provide expertise in high-speed digital, power, RF, signal integrity, power integrity, reliability, and space-environment design.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, requirements, schematic design, PCB layout, signal and power integrity analysis, bring-up, verification, and production release. Lead small hardware engineering teams, present design reviews, mentor engineers, debug designs, and collaborate with software, mechanical, manufacturing, and test teams. Work includes SDRs, SBCs, telemetry systems, high-speed digital electronics, and high-reliability aerospace hardware.

Leads the end-to-end development of reconfigurable processing units for spaceborne payloads, including architecture, electrical design, prototyping, integration, testing, environmental qualification, and flight readiness. Coordinates multidisciplinary engineering teams, owns technical definition and schedule execution, manages qualification campaigns, maintains box-level documentation, supports production transition, resolves anomalies, and communicates risks and design decisions to leadership and customers.