External Job Description
PULSE NOVA, the joint venture between EDGE and INDRA, is seeking a skilled Hardware Engineer to support the development of advanced radar systems and mission-critical electronic solutions.
Responsibilities
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Design and develop electronic hardware assemblies for radar subsystems, including analog, digital, mixed-signal, power conditioning, control, synchronization, and high-speed interface circuitry.
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Translate system and subsystem requirements into robust hardware architectures, schematics, component selections, interface definitions, and design documentation.
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Support PCB layout activities, ensuring signal integrity, power integrity, thermal performance, EMC/EMI compliance, manufacturability, and testability.
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Perform hardware bring-up, functional verification, debugging, and root-cause analysis using standard laboratory instrumentation such as oscilloscopes, spectrum analyzers, network analyzers, and logic analyzers.
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Collaborate with RF, antenna, FPGA, embedded software, mechanical, and systems engineering teams to ensure proper electrical, functional, thermal, and mechanical integration of hardware assemblies.
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Define and execute verification, validation, qualification, and environmental test activities in line with program, customer, and regulatory requirements.
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Support design reviews, configuration control, non-conformance investigations, and implementation of corrective and preventive actions throughout the product lifecycle.
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Contribute to industrialization and production support activities, including design improvements, component obsolescence management, failure analysis, and continuous enhancement of product reliability and documentation quality.
Requirements
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Bachelor’s or Master’s degree in Electronics Eng., Electrical Eng., or related discipline.
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5+ years of experience in hardware design and development of electronic products in industrial, aerospace, defense, or other high-reliability environments.
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Solid background in analog and digital electronics, schematic capture, component selection, board-level design, and hardware debugging.
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Hands-on experience with laboratory equipment such as oscilloscopes, spectrum analyzers, network analyzers, signal generators, logic analyzers, and programmable power supplies.
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Familiarity with PCB development processes, high-speed design constraints, EMC/EMI considerations, and design for manufacturing / design for test principles.
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Experience producing structured technical documentation, verification procedures, test reports, and engineering change documentation.
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Knowledge of hardware interfaces and embedded system integration is highly valued.
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Experience in radar, RF, communications, aerospace, or mission-critical electronic systems is considered a strong plus.