Electrostatics Specialist Engineer - Space Exploration Avionics Systems

Amentum•Houston, TX

3d•Onsite

About The Position

Are you passionate about human space exploration and avionics development? Join our diverse, mission‑driven team! We need your creativity, teamwork, and diverse perspectives to help build systems that enable space exploration and benefit life on Earth. Join us as we tackle exciting challenges for NASA’s deep‑space missions. Amentum is NASA’s largest engineering solutions provider, working together with centers across the United States. We have an exciting opportunity for a Electrostatics Specialist Engineer - Space Exploration Avionics Systems t o join the Engineering division with Bastion , a teammate company! As an Electrostatics Specialist Engineer , you will: Serve as a subject‑matter expert in high‑charging environments, with primary responsibilities in spacecraft charging analysis, surface potentials, electrostatic discharge (ESD) mitigation, materials evaluation, and vehicle‑level electrostatic risk assessments. Supports engineering teams developing spacecraft, rovers, or other platforms where electrostatic phenomena present mission, safety, or performance risks. Show deep experience in high‑charge generation, discharge mitigation, and advanced materials behavior. Evaluate circuits and box level designs for ESD protection. Report directly to the Electronics and Electrical Section Manager as part of group of over 45 other Electronics and Electrical Engineers

Requirements

Bachelor’s degree in engineering, Physics or Materials from an accredited engineering school and a minimum of 7 years of job-related experience or equivalent.
Knowledge, understanding and application of NASA-STD-4003, NASA-HDBK-4002, MIL-STD-464, MIL-STD-461 as applied to spacecraft.
Strong communications and analytical skills; working knowledge of computer systems and integrated software application programs.
Proof of U.S. Citizenship or US Permanent Residency may be a requirement for this position.
Must be able to complete a U.S. government background investigation.

Nice To Haves

Master’s degree in engineering, Physics or Materials from an accredited engineering school
Experience with EMA-3D Charge, Ansys HFSS, LT-Spice, NASCAP Spacecraft Charging Software tools.
Understanding of different Orbits and how that applied to Spacecraft Charging Environments.
Familiarity with systems engineering and integration (S&EI) and/or specialty engineering for NASA spaceflight (or similar complexity).
Experience with test hardware such as oscilloscopes, multi-meters, logic analyzers, function generators, electronic load banks, power supplies, power and analyzers.

Responsibilities

Serve as a subject‑matter expert in high‑charging environments, with primary responsibilities in spacecraft charging analysis, surface potentials, electrostatic discharge (ESD) mitigation, materials evaluation, and vehicle‑level electrostatic risk assessments.
Supports engineering teams developing spacecraft, rovers, or other platforms where electrostatic phenomena present mission, safety, or performance risks.
Show deep experience in high‑charge generation, discharge mitigation, and advanced materials behavior.
Evaluate circuits and box level designs for ESD protection.
Lead and perform analysis of spacecraft charging environments, including surface charging, internal charging, differential potentials, plasma interactions, and discharge event risk.
Develop and validate electrostatic models to support design, verification, and certification of space vehicles, and ground vehicles.
Design and support laboratory and field testing, including high‑voltage discharge testing, plasma chamber testing, triboelectric charge measurements, and ESD characterization testing.
Evaluate materials for charge accumulation, dissipation, and susceptibility to ESD, including coatings, polymers, composites, thermal blankets, and wiring insulation.
Assess electronic parts, circuits, and systems to evaluate electrostatic risks, mitigation effectiveness, and ability to meet performance and reliability requirements.
Define and recommend mitigation strategies such as bonding schemes, conductive coatings, passivation techniques, and operational constraints.
Conduct ESD hazard assessments for aerospace systems, triboelectric charging during flight, and vehicle‑level discharge pathways.
Provide electrostatics expertise across multidisciplinary teams and translate stakeholder insights into system‑level risk assessments and models.
Review design changes and mission concepts for electrostatic implications, contributing to risk analysis and anomaly investigations.
Analyze and interpret complex avionics design products including schematics, block diagrams, component specifications, parts lists, fault tree analysis, etc.
Clearly communicate electrostatic concepts, risks, and mitigation strategies.