Nuclear Engineering degree or equivalent academic background in nuclear engineering.
Technical knowledge in nuclear engineering or mechanical engineering disciplines, with the ability to apply core principles to plant analysis and modeling.
General software development skills, including programming capabilities to support engineering tools and data processing.
Strong problem-solving skills with the ability to investigate issues, analyze data, and develop practical engineering solutions.
Working knowledge of standard engineering methods, techniques, procedures, and criteria used in nuclear or mechanical analysis.
Experience or familiarity with nuclear power systems and related engineering concepts.
Understanding of thermal hydraulics and its application to nuclear plant performance and safety analyses.
Ability to follow and apply project Quality Assurance procedures in all technical work.
Effective client interface and communication skills, with the ability to explain technical concepts clearly.
Ability to coordinate and collaborate with other engineering disciplines on project teams.
Experience with nuclear analysis codes and tools such as RETRAN and RELAP for thermal-hydraulic and transient analysis.
Familiarity with Scale/Origen for reactor physics, fuel cycle, or radiological assessments.
Experience using microshield for shielding calculations and dose rate evaluations.
Knowledge of hotspot or similar tools for hotspot analysis and radiological dose assessment.
Ability to construct radiological dose and atmospheric dispersion models using industry-standard approaches.
Experience performing programming tasks related to engineering analysis software and data manipulation.
Strong attention to detail when checking computations and validating analysis results.
Ability to confirm and refine project requirements with supervisors or clients to ensure accurate and targeted analyses.
