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Probabilistic Risk Assessment Engineer Jobs in Indiana

Metals & Additives LLC

Process Engineer

Brazil, IN · On-site

The Process Engineer plays a key role in optimizing, troubleshooting, and improving manufacturing ... and risk assessment methodologies. * Excellent communication skills and the ability to work ...

Catapult

Senior Validation Manager

Princeton, IN · On-site

... risk assessment including FMEA and AMDEC. Lead all validation activities in a hands-on approach and in collaboration with the engineering and Quality teams. Manage multiple validation projects ...

Raya Workforce

Process Engineer

Brazil, IN · On-site

The Process Engineer plays a key role in optimizing, troubleshooting, and improving manufacturing ... and risk assessment methodologies. * Excellent communication skills and the ability to work ...

Circle

Enterprises, financial institutions, and developers use Circle to power trusted, internet-scale ... The goal of this function is to partner closely with Product Managers to identify, assess ...

Circle

Enterprises, financial institutions, and developers use Circle to power trusted, internet-scale ... The goal of this function is to partner closely with Product Managers to identify, assess ...

Circle

Enterprises, financial institutions, and developers use Circle to power trusted, internet-scale ... The goal of this function is to partner closely with Product Managers to identify, assess ...

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Probabilistic Risk Assessment Engineer information

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.

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 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.

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 are popular job titles related to Probabilistic Risk Assessment Engineer jobs in Indiana? For Probabilistic Risk Assessment Engineer jobs in Indiana, the most frequently searched job titles are:
What job categories do people searching Probabilistic Risk Assessment Engineer jobs in Indiana look for? The top searched job categories for Probabilistic Risk Assessment Engineer jobs in Indiana are:
What cities in Indiana are hiring for Probabilistic Risk Assessment Engineer jobs? Cities in Indiana with the most Probabilistic Risk Assessment Engineer job openings:
Probabilistic Risk Assessment Engineer jobs near you
Infographic showing various Probabilistic Risk Assessment Engineer job openings in Indiana as of May 2026, with employment types broken down into 2% Internship, 87% Full Time, 2% Part Time, and 9% Contract. Highlights an 96% In-person, and 4% Remote job distribution.

Process Engineer

Metals & Additives LLC

Brazil, IN • On-site

Full-time

Posted 10 days ago

Job description

Position Overview:

The Process Engineer plays a key role in optimizing, troubleshooting, and improving manufacturing operations within a chemical production environment. This role focuses on enhancing process efficiency, ensuring product quality, supporting safe operations, and driving continuous improvement initiatives across the plant.

Key Responsibilities:
  • Lead process improvement initiatives to increase throughput, reduce waste, improve yield, and enhance overall operational efficiency.
  • Analyze chemical manufacturing processes using datadriven methods to identify bottlenecks, variability, and opportunities for optimization.
  • Develop and maintain process documentation, including P&IDs, SOPs, process flow diagrams, and operating parameters.
  • Support daily plant operations, providing technical expertise to production teams and troubleshooting process issues in real time.
  • Conduct root cause analyses for process deviations, equipment failures, and quality concerns, implementing corrective and preventive actions.
  • Drive continuous improvement projects using Lean, Six Sigma, or similar methodologies.
  • Ensure compliance with safety, environmental, and regulatory standards, including OSHA, EPA, and internal company policies.
  • Collaborate with crossfunctional teams such as maintenance, quality, R&D, and EHS to support new product introductions and process changes.
  • Monitor key process metrics, develop dashboards, and recommend adjustments to maintain stable and efficient operations.
  • Evaluate and implement new technologies, equipment upgrades, and automation solutions to modernize plant capabilities.
    • Qualifications:
  • Bachelor’s degree in Engineering (Mechanical, Electrical, Civil, Industrial, or related field).
  • Experience in chemical manufacturing, batch or continuous processing, or related industrial environments.
  • Strong analytical and problem solving skills with proficiency in process modeling, statistical analysis, or data visualization tools.
  • Familiarity with process safety management (PSM), hazard analysis (HAZOP), Management of Change (MOC), PreStartup Safety Review (PSSR) and risk assessment methodologies.
  • Excellent communication skills and the ability to work effectively across departments.
    • Key Competencies:
  • Project leadership
  • Technical engineering judgment
  • Budget and cost control
  • Vendor and contractor management
  • Risk management
  • Continuous improvement mindset
  • Strong safety orientation

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