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Research PhD - Modeling of Ballooning-Burst Phenomenon During LOCA - Job Opportunity at Mines Paris-PSL

Evry, France
Contract
Entry-level
Posted: March 23, 2025
On-site
EUR 30,000-35,000 per year (typical CIFRE PhD funding)

Benefits

PhD Research Position with CIFRE Funding
Academic Research Environment
International Conference Participation
Publication Opportunities
Industry-Academia Collaboration with EDF

Key Responsibilities

Develop advanced numerical models for nuclear safety analysis
Conduct experimental research on zirconium alloy cladding materials
Analyze thermomechanical behavior under LOCA conditions
Document and publish research findings
Present results at international conferences

Requirements

Education

Master's degree or Engineering degree in Materials Mechanics

Experience

Research experience preferred

Required Skills

Continuum mechanics Finite element methods Experimental characterization Scientific writing English proficiency Mechanical testing Materials science Research methodology
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Industry Trends

Nuclear energy safety requirements are becoming increasingly stringent, driving demand for advanced modeling capabilities Growing focus on accident-tolerant fuel materials is creating new research opportunities in nuclear materials science Increasing integration of multi-physics simulation approaches in nuclear safety analysis

Role Significance

Typically part of a specialized research group of 5-10 researchers, with industry collaboration
Junior researcher position with significant technical responsibility and direct industry impact

Key Projects

Development of advanced numerical models for nuclear safety analysis Experimental validation of thermomechanical behavior models Integration of multi-physics approaches in safety analysis

Success Factors

Strong foundation in materials mechanics and numerical modeling Ability to bridge theoretical understanding with practical applications Excellence in scientific communication and documentation Capacity to work independently while maintaining collaboration with industry partners

Market Demand

High demand for nuclear safety specialists with advanced modeling capabilities, particularly in European markets with active nuclear programs

Important Skills

Critical Skills

Advanced numerical modeling skills for complex physical phenomena Understanding of nuclear materials behavior under extreme conditions Experimental design and analysis capabilities Scientific communication and documentation abilities

Beneficial Skills

Programming for scientific computing Advanced statistical analysis Project management Industry safety standards knowledge

Unique Aspects

Direct involvement in critical nuclear safety research
Combination of advanced modeling and experimental work
Industry-funded research with immediate practical applications
Access to advanced research facilities and industry expertise

Career Growth

3-year PhD program with potential for immediate industry or academic placement upon completion

Potential Next Roles

Research Scientist in Nuclear Industry R&D Engineer in Materials Science Safety Analysis Specialist Academic Research Position

Company Overview

Mines Paris-PSL

Mines Paris-PSL is a leading French engineering school with strong industry connections and research excellence

Top-tier technical university with significant influence in French and European engineering education
Central player in French nuclear research and education landscape
Academic environment with strong industry collaboration and emphasis on practical applications
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