Avionics Radiation Hardness Assurance Engineer

Are you passionate about human space exploration, understanding the origins of the universe, and working with a passionate and diverse team to make a difference? If you are, we need you!     

We need your talent, teamwork, and energy to help us achieve great things that inspire people all over the globe. We need you to bring creative ideas and diverse backgrounds to help us envision, shape, and deliver systems that will enable the exploration of space while benefiting people here on Earth. We are excited about what we do, and we need you on our team as we take on exciting challenges for NASA’s pursuits in deep space exploration. As NASA’s largest engineering solutions provider working together with NASA at centers across the United States. 

We have an exciting opportunity for a Avionics Radiation Hardness Assurance Engineer  to join the team with the Engineering Division.

As an Avionics Radiation Hardness Assurance
(RHA) Engineer you will:

• Support new projects and sustaining efforts throughout product life cycle, including--standards adjudications, system requirements r views, milestone design reviews, requirements verification (testing, analysis, inspection), risk management, and failure investigations
• Drive critical decision-making processes for performing radiation testing/analysis, deriving part performance classification and taxoomy, and improving vehicle, system, and subsystem level radiation reliability and survivability
• Tailor Radiation Hardness Assurance (RHA) requirements based upon mission, environment, application, and lifetime (MEAL) factors as well as program/project risk posture
• Bound stochastic and deterministic electronics failure modes by natural space radiation environment
• Collaborate with design engineers, project personnel, external providers, and other stakeholders to evaluate performance of electronic hardware and address impacts to functional, performance, safety, reliability, and availability metric
• Prepare radiation test plans, procedures, reports, analyses, risk assessments and present conclusions to team members, project engineers, and program managers systems engineers, formal boards/panels, and more
• Read and understand schematics for circuit and system diagrams to evaluate upstream and downstream impacts
• Make recommendations for design, process improvements, and data collection
• Adapt in the face of technical hurdles and overcome challenges associated with increasing use of industrial-grade and automotive grade components in space applications
• Work directly with technicians, engineers, managers, and other stak holders on a wide variety of Projects/Programs
• Report directly to the Electronics and Electrical Section Manager as part of group of over 45 other Electronics and Electrical Engineers

Requisition Qualifications:

This position has been posted at multiple levels. Depending on the candidate's experience, requirements and business needs, we reserve the right to consider candidates at any level for which this position has been advertised.

• Typically requires a bachelor's degree in Engineering with experience in the field or in a related area. 
• BS degree in Electrical, Materials, Aerospace, Nuclear Engineering, and/or Physics in related radiation area from an accredited engineering school and a minimum of zero (0) years of related experience, or a MS/ PhD in related radiation area with degree in Electrical, Materials, Aerospace, Nuclear Engineering and/or Physics from an accredited engineering school.
• Possess technical knowledge of radiation effects in microelectronics and/or avionics systems, may include: basic mechanisms for single-event effects and total dose, test strategies, and mitigation techniques, and analysis of circuits and systems
• Be familiar with the suite of activities known as Radiation Hardness Assurance (RHA) for avionics (analog, digital, power, etc.): determining Mission, Environment, Application, and Lifetime (MEAL) factors, developing and interpreting requirements, bill-of-materials requirement gap analysis, radiation testing, environment definition, radiation transport, shielding analysis, dose-depth curves, Single-Event Effects Criticality Analysis (SEECA), derating, Safe Operating Area (SOA), Radiation Design Margin (RDM), literature surveys, etc.
• Assess EEEE parts, circuits, functions, components, subsystems, and systems to evaluate risks, effectiveness of mitigation strategies, and the ability to meet functional, performance, safety, and reliability requirements during and after exposure to the mission ionizing radiation environment
• Lead or supp