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Probabilistic Risk Assessment Engineer Jobs in Bellflower, CA

Socket.dev

Reliability Engineer

Hawthorne, CA · On-site

$103K - $130K/yr

... probabilistic risk assessment (PRA) to evaluate mission-critical hardware. * Support EEE parts ... Partner with design and systems engineering teams to integrate reliability requirements into ...

Vast

Reliability Engineer

Long Beach, CA · On-site

$107K - $135K/yr

... probabilistic risk analysis * Experience with performing reliability analyses including Failure ... Ability to read and interpret engineering drawings, fluid schematics, and electrical circuit ...

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Probabilistic Risk Assessment Engineer information

See Bellflower, CA salary details

$39.7K

$121.1K

$200.1K

How much do probabilistic risk assessment engineer jobs pay per year?

As of Sep 14, 2026, the average yearly pay for probabilistic risk assessment engineer in Bellflower, CA is $121,075.00, according to ZipRecruiter salary data. Most workers in this role earn between $86,700.00 and $158,300.00 per year, depending on experience, location, and employer.

What is a probabilistic risk assessment engineer?

A Probabilistic Risk Assessment (PRA) Engineer is a professional who evaluates the likelihood and potential consequences of risks in complex systems, often in industries such as nuclear power, aerospace, or chemical processing. They use quantitative methods and statistical models to analyze possible failure scenarios and their impacts, helping organizations make informed decisions about safety and reliability. PRA Engineers play a crucial role in identifying vulnerabilities, recommending risk mitigation strategies, and ensuring compliance with regulatory standards. Their work helps minimize the chances of catastrophic failures and improves overall system safety.

How does a probabilistic risk assessment engineer typically collaborate with other engineering and safety teams during a project?

Probabilistic Risk Assessment Engineers frequently work in multidisciplinary teams, collaborating closely with safety engineers, systems engineers, and project managers to analyze and mitigate potential risks. They provide quantitative risk assessments that inform design decisions, operational procedures, and regulatory compliance efforts. Regular meetings and data-sharing sessions are common, ensuring that risk insights are integrated throughout the project lifecycle. This collaborative environment enables effective communication of complex risk scenarios and fosters a culture of safety and continuous improvement.

What are the key skills and qualifications needed to thrive as a probabilistic risk assessment engineer, and why are they important?

To thrive as a Probabilistic Risk Assessment Engineer, you need a solid background in mathematics, statistics, and engineering principles, generally supported by a degree in engineering or a related field. Familiarity with specialized software such as SAPHIRE, RiskSpectrum, or CAFTA, as well as industry-specific standards and certifications like ASME or NRC guidelines, is typically required. Strong analytical thinking, attention to detail, and effective communication skills are essential for interpreting complex data and presenting findings to diverse stakeholders. These skills and qualifications are crucial for accurately assessing risks, ensuring regulatory compliance, and supporting the safety and reliability of critical systems.

What is the difference between Probabilistic Risk Assessment Engineer vs Fault Tree Analyst?

AspectProbabilistic Risk Assessment EngineerFault Tree Analyst
CredentialsEngineering degree, certifications in risk analysis or reliabilityEngineering or technical background, certifications in fault tree analysis
Work EnvironmentIndustry settings like energy, aerospace, nuclear; risk modelingSafety analysis teams, engineering departments; fault tree development
Employer & Industry UsageUsed by utilities, aerospace, nuclear plants for risk assessmentUsed in safety engineering, accident prevention, reliability studies

Both roles focus on safety and risk analysis but differ in scope. Probabilistic Risk Assessment Engineers develop comprehensive models to quantify risks, while Fault Tree Analysts focus specifically on fault tree development to identify failure pathways. The roles often collaborate but serve distinct functions within safety and reliability teams.

What cities near Bellflower, CA are hiring for Probabilistic Risk Assessment Engineer jobs?

Cities near Bellflower, CA with the most Probabilistic Risk Assessment Engineer job openings:

Probabilistic Risk Assessment Engineer jobs near you

Entry-level Structural Engineer, Advanced Analysis

Newport Beach, CA • On-site

Simpson Gumpertz & Heger
Civil Engineering Construction • 501 - 1,000 employees
Learn more about Simpson Gumpertz & Hegerexternal

Full-time

Re-posted 18 days ago

Job description

We want someone passionate about engineering mechanics and problem solving.

Our Engineering Mechanics and Infrastructure (EMI) team at SGH is seeking an individual with an advanced degree in Structural/Civil/Seismic Engineering to join our team. EMI applies earthquake engineering, seismic engineering, probabilistic methods, dynamic analysis, performance-based structural design, risk assessment, finite element modeling, and collective expertise to solve our clients' toughest problems in an inspiring work environment that nurtures lifelong learning and growth. We provide significant advancement opportunities commensurate with performance. The EMI group in Newport Beach provides services to facilities located in the United States and internationally, requiring advanced state-of-the-art analysis, such as nuclear and non-nuclear power generation facilities, national defense installations, pipelines and tanks, precision structures, and other non-building structures and systems. These services include seismic design and evaluation, probabilistic risk assessment, finite element analysis, dynamic structure response analysis, aircraft impact analysis, fragility analysis for seismic and other external hazards, and safety evaluations.

SGH works on challenging projects for commercial utilities, national laboratories and other government organizations, research institutes, other engineering firms, and contactors on a wide spectrum of projects that include nuclear and defense.

What You'll Be Doing: 

Under the direction of the principal and project supervisor, the engineer plans and performs engineering analyses of structures, systems, and components for extreme events (e.g. earthquakes, wind, explosions, and impact loads) and unconventional requirements (e.g. innovative materials/construction, resilience, business interruption, rapid deployment, monitoring, etc.).  Responsibilities include:

  • Seismic, Advanced Analysis, Dynamics, Infrastructure
  • Work on routine problems independently and on project teams.
  • Perform field walkdown assessments of power generation, national defense, industrial, and petrochemical facilities.
  • Develop finite element models of structures using commercially available software and perform linear and nonlinear structural analyses using these models.
  • Perform seismic soil-structure interaction analyses of building structures.
  • Prepare calculations and reports documenting engineering analyses.
  • Support various stages of structural design for new structures and retrofits.
  • Review work by analysts, technicians, draftsmen, and others assisting the project team.
  • Assist in preparation of proposals, letters, reports, calculations, budgeting, scheduling, and client communication.

What You'll Need:

  • 0 - 2 years of professional experience in structural engineering. 
  • Master of Science, Master of Engineering, or Ph.D. in Structural/Civil Engineering, or similar field; we are also open to hiring a bachelor's degree candidate who is on track to complete a Master's degree program.
  • Education must have an emphasis on structural analysis, structural dynamics, concrete/steel structural design, earthquake/seismic engineering, finite element modeling. 
  • Knowledge and understanding of probabilistic concepts such as risk and reliability, uncertainty quantification, random vibrations, and/or stochastic processes is preferred.
  • Familiarity with commercial finite element analysis computer programs such as ANSYS, ABAQUS, LS-DYNA, GT STRUDL, and/or SAP2000.
  • Ability to obtain Professional Engineer (PE) or Structural Engineer (SE) registration within five years.
  • Strong written and verbal English language communication skills.
  • Ability to interact professionally with technical staff and clients.
  • Proficiency with use of computer programming and scripting tools for engineering computations, such as Mathcad, MATLAB, Python, and/or VBA.
  • Ability to travel and perform field inspection of structures under supervision.
  • May be required to work on projects that are subject to passing a security clearance check.
  • Valid driver's license with an acceptable Motor Vehicle Report, if applicable

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