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PhD Research Position - Development of Laminated Composite Material with NTC for Cryogenic Tank - 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 (standard French PhD compensation package)

Benefits

PhD Research Funding for 36 Months
Access to Advanced Research Facilities
Collaboration with Leading Research Laboratories
Industry-Academic Partnership Experience

Key Responsibilities

Conduct research on carbon/polymer composite materials incorporating Carbon NanoTubes (CNTs)
Develop and optimize material functionalization processes
Perform mechanical behavior analysis at room and low temperatures
Execute material characterization and testing procedures
Collaborate with partner laboratories and companies
Document and publish research findings

Requirements

Education

Master's degree in mechanical and materials engineering

Required Skills

Materials science expertise Composite materials knowledge Experimental research methodology Data analysis Technical documentation Collaborative research
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Sauge AI Market Intelligence

Industry Trends

The aerospace industry is experiencing a significant shift towards lightweight composite materials for cryogenic applications, marking a crucial evolution in space technology development. Carbon nanotube integration in aerospace materials represents a growing research focus, with potential applications extending beyond space industry into commercial aviation and energy storage. The development of linerless cryogenic tanks could revolutionize spacecraft design, potentially reducing launch costs by 15-20% through weight reduction.

Role Significance

Typically part of a 5-8 person research group, collaborating with multiple laboratory teams and industrial partners.
Entry-level research position with significant potential for scientific contribution and expertise development in an emerging field of aerospace materials.

Key Projects

Development of novel composite materials for cryogenic applications Integration and optimization of CNT functionalization in aerospace materials Advancement of linerless tank technology for space applications

Success Factors

Strong foundation in materials science and mechanical engineering Ability to bridge theoretical understanding with practical applications Excellent experimental methodology and analytical skills Effective collaboration with multiple stakeholder groups Clear scientific communication and documentation abilities

Market Demand

High demand for specialists in advanced composite materials, particularly in aerospace and space technology sectors, with projected growth in both academic and industrial positions over the next 5-7 years.

Important Skills

Critical Skills

Advanced materials characterization techniques Experimental design and execution Data analysis and interpretation Scientific writing and presentation

Beneficial Skills

Programming for data analysis Project management Foreign language skills Industrial processing knowledge

Unique Aspects

Direct involvement in cutting-edge space technology development
Access to advanced research infrastructure and expertise
Multi-institutional collaboration framework
Potential impact on future space vehicle design

Career Growth

3-4 years to complete PhD, followed by 2-3 years post-doctoral experience for senior research positions

Potential Next Roles

Research Scientist in Aerospace Industry Materials Development Engineer R&D Project Leader Academic Researcher

Company Overview

CNES - Centre National d'Etudes Spatiales

CNES is France's leading space agency, responsible for shaping and implementing France's space policy within Europe.

A major player in European space research and development, collaborating closely with ESA and other international space agencies.
Significant presence in French aerospace research, with strong connections to European space industry network.
Research-driven environment emphasizing innovation, collaboration, and scientific excellence
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