Electromagnetic Environmental Effects

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• Writing, interpreting, allocating, tailoring, and flowing down E3 requirements to all design levels.

• Present at design reviews to internal and external customers regarding E3 issues.

• Writing E3 design guidelines, developing models and performing analyses on components, subsystems and systems using EMI principles.

• Designing ground systems, chassis and harness shielding, EMI filters, and selecting and laying out interface circuitry for achieving EMC.

• Prepare and review E3 test procedures, E3 test reports, E3 technical analyses, E3 control plans, and participate in cross discipline design reviews for EMC. Basic Qualifications for Systems Engineer - Electromagnetic Environmental Effects:

• Bachelor's Degree in Electrical Engineering or a STEM discipline

• Working knowledge of MIL-STD 461, MIL-STD 464, NASA-GEVS-7000 and other E3 space requirement standards.

• Demonstrated ability to successfully allocate, tailor, and flowdown system level E3 requirements into lower-level requirements.

• Extensive E3 design and analysis experience.

• Working knowledge of lab test equipment such as spectrum analyzers, generators, amplifiers, and measurement antennas.

• Must have US Citizenship Preferred Qualifications for Systems Engineer - Electromagnetic Environmental Effects:

• Master's degree in Electrical Engineering, with a specialty in Electromagnetics, RF, or analog circuitry is preferred.

• Current or active Top Secret Clearance with existing SCI eligibility

• Experience with defense and aerospace industry practices, and programmatic skills supporting BOE, RFP, ROM, CAM, WBS, Risk assessments for E3 compliance.

• Design experience with EMI filters, circuit layout and analysis for E3, shielding, lightning protection, cable, and harnessing design.

• Working knowledge and experience in modeling and simulation of E3 using commercially available software.