Radiation Protection Engineer - Advanced Modular Reactor (AMR)

About EURELITE

EURELITE is developing next-generation Generation IV Advanced Modular Reactor (AMR) technologies to support a cleaner, safer, and more resilient energy future.

Our mission is to advance nuclear innovation through cutting-edge reactor technologies, combining engineering excellence, digital innovation, and world-class nuclear expertise to deliver safe and reliable low-carbon energy solutions.

We are seeking a Radiation Protection Engineer to join our Safety & Licensing Department and contribute to the development of a comprehensive radiation protection framework for next-generation nuclear systems.

Location & Working Arrangement

EURELITE is currently building its global engineering presence. The company’s Paris office is expected to open in 2027. Until then, international candidates joining for on-site positions will initially work as part of our Beijing-based China engineering team during the first year.

Position Overview

As a Radiation Protection Engineer, you will be responsible for the strategic design, implementation, and management of the radiation protection program for EURELITE’s advanced reactor facilities.

You will perform advanced shielding calculations, radiation source term analysis, radiological zoning design, radiation monitoring system development, and ALARA optimization to ensure compliance with international nuclear safety standards.

This role provides a unique opportunity to establish radiation protection strategies from the early design stage of a Generation IV Advanced Modular Reactor (AMR) through commissioning and operation.

Key Responsibilities

1. Radiation Protection System Design & Optimization

• Develop the plant-wide radiation protection architecture, including:
• Primary and secondary shielding design
• Radiation zone classification and zoning boundaries
• Personnel dose management strategies
• Perform high-fidelity radiation analyses, including:
• Radiation source term evaluation
• Material activation analysis
• Shielding thickness optimization
• Local dose rate calculations
• Support optimization of reactor layouts to minimize occupational radiation exposure.

2. Radiation Monitoring System Development

• Design and deploy plant-wide online radiation monitoring systems.
• Configure monitoring solutions for:
• Ambient radiation fields
• Process water monitoring
• Key plant components
• Support selection and qualification of radiation monitoring equipment.
• Oversee:
• Calibration activities
• Maintenance programs
• Quality assurance of fixed and portable dosimetry systems

3. ALARA Strategy & Radiation Safety Management

• Develop and implement comprehensive ALARA (As Low As Reasonably Achievable) programs.
• Prepare radiation protection documentation, including:
• Radiation Work Permits (RWPs)
• Radiation protection procedures
• Radiological emergency response plans
• Develop and deliver radiation safety training programs.
• Conduct internal radiation protection audits and compliance assessments.

4. Regulatory & Licensing Support

• Support nuclear licensing activities related to radiation protection and Health Physics (HP).
• Interface with:
• Nuclear regulatory authorities
• Technical support organizations
• Radiation safety specialists
• Provide technical documentation and support regulatory reviews.

Qualifications & Requirements

Education

• Master’s degree or above in:
• Radiation Protection
• Nuclear Technology
• Nuclear Physics
• Medical Physics
• Related technical disciplines

Technical Skills & Experience

• Strong knowledge of:
• Radiation protection principles
• Radiation monitoring methodologies
• Material activation analysis
• Radiation dosimetry
• Shielding calculations
• Experience with radiation transport simulation tools, including:
• MCNP
• FLUKA
• GEANT4
• Equivalent Monte Carlo simulation codes
• Understanding of:
• Nuclear facility radiation protection requirements
• International nuclear safety standards
• Radiation protection regulations

Preferred Qualifications

Candidates with the following experience will be highly valued:

• Hands-on radiation protection experience in:
• Commercial nuclear power plants
• Advanced research reactors
• High-energy medical radiation facilities
• Experience with:
• ALARA engineering optimization projects
• Health Physics (HP) systems
• Radiation protection program implementation
• Familiarity with international nuclear safety frameworks, including:
• IAEA safety guides
• HAF regulations
• National nuclear safety standards

Typical Backgrounds

Suitable candidates may come from backgrounds including:

• Radiation Protection Engineer
• Health Physics Engineer
• Nuclear Safety Engineer
• Shielding Engineer
• Radiation Analysis Engineer
• Nuclear Licensing Engineer
• Medical Physics Specialist

Why Join EURELITE?

At EURELITE, you will have the opportunity to:

Work on cutting-edge Generation IV Advanced Modular Reactor technology
Contribute directly to the future of clean and reliable energy
Collaborate with international nuclear experts and engineering teams
Apply advanced simulation and AI-driven approaches to nuclear innovation
Grow with a pioneering technology company shaping the next generation of energy systems

Apply Now

If you are passionate about radiation protection, nuclear safety, and advanced reactor technology, we welcome your application.