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PhD Position - Textile Metamaterials for Electromagnetic Wave Manipulation - Job Opportunity at Université de Lille

Villeneuve-d'Ascq, France
Contract
Entry-level
Posted: February 9, 2025
On-site
EUR 30,000-35,000 per year (standard French PhD stipend range)

Benefits

Local government funding support
Access to advanced research facilities
Academic development opportunities
Integration into research community

Key Responsibilities

Conduct research on textile metamaterials at fiber and thread scale
Perform electromagnetic simulations of fancy yarns
Study geometric parameters for 60 GHz resonance
Manufacture and characterize experimental samples
Validate simulation results through practical testing
Develop new technology for smart clothing applications

Requirements

Education

Master's degree in Electronics or Applied Physics

Required Skills

Electromagnetics Microwaves Theoretical analysis Experimental research Simulation software
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Sauge AI Market Intelligence

Industry Trends

Growing integration of smart textiles in defense and military applications Increasing demand for electromagnetic wave manipulation in civilian applications Rising focus on wearable technology with protective capabilities Expansion of metamaterial applications in consumer products

Role Significance

Typically part of a specialized research group of 5-10 members including supervisors and other PhD candidates
Doctoral researcher position with significant autonomy in research direction and methodology

Key Projects

Development of novel textile metamaterial structures Electromagnetic simulation and characterization Prototype development and testing Publication of research findings in peer-reviewed journals

Success Factors

Strong theoretical foundation in electromagnetics and physics Ability to bridge theory and practical applications Innovative approach to materials design Strong analytical and problem-solving skills Effective documentation and academic writing abilities

Market Demand

High demand for specialized researchers in smart textiles and metamaterials, particularly in defense and telecommunications sectors

Important Skills

Critical Skills

Electromagnetic theory and application Advanced simulation software proficiency Experimental research methodology Data analysis and interpretation

Beneficial Skills

Programming skills for simulation Knowledge of textile manufacturing processes Technical writing Project management

Unique Aspects

Novel approach to metamaterial design at fiber level
Integration of textile engineering with electromagnetic principles
Potential military and civilian applications
Innovative use of fancy yarns for electromagnetic properties

Career Growth

3-year PhD program with potential for postdoctoral extension

Potential Next Roles

Postdoctoral Researcher R&D Engineer in Smart Textiles Research Scientist in Defense Industry Academic Faculty Position

Company Overview

Université de Lille

Major French public research university with strong emphasis on scientific innovation

Leading academic institution in northern France with strong international research collaborations
Central player in the European research landscape for advanced materials and smart textiles
Academic environment fostering innovation and international collaboration
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