Probabilistic Safety Analysis Engineer (Level I-III)

Perform highly complex engineering analyses and designs in support of operations, systems, programs, audit inspections, and assessments requiring skills and experience gained through application of engineering methods and analysis, codes, standards, and regulatory requirements.

Work with minimal supervision.

Serve as an advisor providing advice and counsel on assignments concerned with specialized or unique engineering requirements. Solutions provided involve unconventional or innovative problem solving techniques. Provide technical leadership and training on highly complex or extended projects.

Tasks typically involve highly complex problem-solving techniques and require advanced application of practices and methodologies. Provide leadership of small groups to resolve complex issues. Available guidance generally does not exist to fit problems encountered and advanced technological skills are required to provide solutions.

Provide technical direction and leadership routinely to other engineers; serve as a mentor.

Provide training to others.

Identify need and initiate development of new policies, programs, plans, and procedures to meet strategic objectives.

Assure compliance with regulatory and industry guidance. Provide interpretation of industry guidance for application.

Identify potential problems in design, quality, or operation and initiate corrective action in accordance with plant Condition Report (CR) process.

Engineer I-III – New Nuclear requires a Bachelors degree in Engineering from an accredited college or university and 0-7+ of discipline specific engineering experience; and PE license obtained by an accredited examination and five years of discipline specific engineering experience.