Protection Engineer

Roles and responsibilities

• Verifies and ensures that the applicable radiation safety regulations, codes and standards are observed in the technical documentation elaborated by the Contractor
• Drafts and reviews radiation protection policies and procedures
• Reviews records of radiological and environmental conditions and recommends corrective measures
• Develops and reviews radiation protection systems with basic and/or complex scientific equipment
• Calculates radiation effects from radiation sources and recommends protective measures
• Assesses radiation risks in the workplace and advises on the design of the facilities, equipment and waste disposal to ensure safety
• Assesses the impact of releasing radioactive material on the environment
• Reviews and advises on the safe transport of radioactive materials
• Reviews, comments on and prepares emergency plans and contingency procedures for responding to radiation incidents
• Liaises with other engineering disciplines on matters of radiation safety and legislation
• Develops training materials and conducts training on radiation protection features
• Data Analysis: Analyze monitoring data to assess radiation levels and trends, preparing reports for management and regulatory agencies.
• Incident Investigation: Investigate incidents of radiation exposure, conducting root cause analyses and implementing corrective actions.

• Continuous Improvement

• Research and Development: Stay updated on emerging technologies and best practices in radiation protection, recommending improvements to programs and processes.
• Regulatory Updates: Monitor changes in regulations and standards, ensuring organizational compliance and timely updates to safety protocols.

• Personal Attributes

• Attention to Detail: Strong commitment to accuracy and thoroughness in assessments and reporting.
• Adaptability: Ability to adjust to changing regulations, technologies, and project requirements.
• Proactive Mindset: Demonstrated commitment to promoting a culture of safety and awareness regarding radiation hazards.

Desired candidate profile

• Bachelor’s Degree required (Master’s degree preferred) in radiology, nuclear engineering, or nuclear physics
• Strong technical skills; 7+ years of experience in radiation protection engineering in the nuclear energy industry
• Thorough understanding of radioactivity measurement
• MERCURAD, PANTHERE, MicroShield, or other dose rate software experience is recommended
  

Special Job Requirements

• Work location is Cairo, Egypt and the El Dabaa NPP site.
• Ability to analyze, communicate, influence and persuade
• Strong written and verbal communication skills in English are essential, understanding of Russian and/or Arabic is a plus
• Certifications: Relevant certifications (e.g., Certified Health Physicist (CHP), or equivalent) are highly desirable.
  Technical Skills
  Radiation Safety: Extensive knowledge of radiation safety principles, dosimetry, and regulatory requirements related to ionizing radiation.
  Monitoring Equipment: Proficiency in using radiation detection and measurement equipment (e.g., Geiger counters, dosimeters, spectrometers).
  Regulatory Compliance: Familiarity with national and international regulations governing radiation protection (e.g., NRC, ICRP, EPA).
  Experience
  experience in radiation protection or health physics, preferably in nuclear power, healthcare, or research facilities.
  Project Involvement: Experience in assessing and managing radiation exposure in various environments, including design and operational phases.