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PhD Position: Selection Method for Stacking Sequences of Composite Cryogenic Tanks - Job Opportunity at CNES - Centre National d'Etudes Spatiales

Talence, France
Full-time
Entry-level
Posted: February 10, 2025
On-site
EUR 30,000-35,000 per year (typical French PhD stipend range)

Benefits

36-month funded doctoral position
Access to advanced research facilities
Collaboration with industry partners
Professional development opportunities in aerospace sector

Key Responsibilities

Develop methodology for composite laminate selection
Conduct sensitivity analyses and optimization procedures
Evaluate manufacturing defects impact
Perform experimental validation
Create predictive models for cryogenic tank design
Analyze thermal and mechanical behavior of materials

Requirements

Education

Master degree in mechanics, mechanical engineering or material science

Required Skills

Composite materials knowledge Mechanical engineering fundamentals Material science expertise Computational modeling Data analysis Research methodology
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Sauge AI Market Intelligence

Industry Trends

The aerospace industry is experiencing increased demand for lightweight, high-performance materials, particularly in cryogenic applications. There's a growing focus on sustainable and cost-effective manufacturing processes in space technology. The development of linerless composite tanks represents a significant advancement in launcher technology, potentially reducing both weight and manufacturing costs.

Role Significance

Typically working within a research group of 5-10 members, collaborating with both academic and industrial partners
Doctoral researcher position with high degree of research autonomy and contribution to cutting-edge aerospace technology

Key Projects

Development of novel composite tank designs Creation of predictive models for cryogenic applications Manufacturing process optimization Material behavior characterization at extreme temperatures

Success Factors

Strong foundation in mechanical engineering principles Ability to bridge theoretical models with practical applications Excellence in computational modeling and simulation Strong analytical and problem-solving skills Effective communication skills for collaboration with industrial partners

Market Demand

High demand for specialists in advanced composites and cryogenic applications, particularly in European space sector

Important Skills

Critical Skills

Advanced understanding of composite materials and their behavior under extreme conditions Proficiency in computational modeling and simulation Strong experimental design and analysis capabilities

Beneficial Skills

Programming skills for model implementation Knowledge of aerospace industry standards Experience with thermal analysis Understanding of manufacturing processes

Unique Aspects

Research combines cutting-edge materials science with practical aerospace applications
Direct industry relevance with potential for immediate practical implementation
Access to advanced research facilities and expertise in space technology

Career Growth

3 years for PhD completion, with potential for immediate industry placement or post-doctoral research

Potential Next Roles

Research Engineer in Aerospace Industry R&D Specialist in Composite Materials Technical Lead in Space Technology Post-doctoral Researcher Materials Science Consultant

Company Overview

CNES - Centre National d'Etudes Spatiales

CNES is France's national space agency, leading European space research and technology development

Premier space research organization in Europe, collaborating with ESA and major aerospace companies
Strong presence in French aerospace sector with significant international collaborations
Research-driven environment focusing on innovation and technical excellence
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