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Molecular Design and Development of Charge-Transporting and Interfacial Materials for Advanced Photovoltaic Applications - Job Opportunity at Ecole doctorale Sciences et Ingénierie de l'Université de Cergy-Pontoise

Neuville-sur-Oise, France
Full-time
Entry-level
Posted: April 8, 2025
On-site
EUR 35,000-40,000 per year (standard French doctoral contract rate)

Benefits

Doctoral contract funding
Access to advanced research facilities
Collaboration opportunities with international research teams
Publication opportunities in high-impact journals

Key Responsibilities

Design and develop novel multifunctional materials for photovoltaic applications
Conduct molecular synthesis and characterization of charge-transporting materials
Analyze structural, optical, and electrochemical properties of developed materials
Collaborate with external research teams for device implementation and testing
Document and publish research findings in peer-reviewed journals

Requirements

Education

Master's degree in chemistry, polymer science, or materials science

Experience

Research experience in molecular chemistry and π-conjugated materials

Required Skills

Strong knowledge of molecular chemistry Experience with π-conjugated materials Laboratory proficiency English or French communication skills Organic electronics expertise Materials characterization abilities
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Sauge AI Market Intelligence

Industry Trends

The photovoltaic research sector is experiencing rapid growth with particular focus on perovskite solar cells, showing a 27% efficiency milestone that's driving increased investment and research focus. Sustainability and green technology initiatives are creating expanded opportunities for materials scientists in renewable energy sectors. Industry-academic partnerships in advanced materials development are becoming increasingly important for commercialization pathways.

Role Significance

Working within a research group of approximately 20 permanent researchers and 30 non-permanent members.
Doctoral researcher position with significant autonomy in research direction and methodology within the project scope.

Key Projects

Development of novel hole-transporting materials for perovskite solar cells Interface engineering for improved photovoltaic efficiency Materials characterization and performance optimization studies Collaborative projects with external research institutions

Success Factors

Strong foundation in organic chemistry and materials science Ability to work independently while maintaining effective collaboration Publication record in peer-reviewed journals Innovative approach to materials design and characterization Strong analytical and problem-solving capabilities

Market Demand

High demand for specialists in advanced materials development for renewable energy applications, particularly in European research institutions and emerging clean technology companies.

Important Skills

Critical Skills

Molecular synthesis expertise - essential for developing novel materials Characterization techniques proficiency - crucial for materials analysis Project management capabilities - necessary for research progression Scientific communication skills - vital for publication and collaboration

Beneficial Skills

Programming for data analysis Device fabrication experience Knowledge of sustainability principles Industrial collaboration experience

Unique Aspects

Focus on emerging photovoltaic technologies with direct industry applications
Access to state-of-the-art characterization facilities
International research environment with diverse expertise
Direct collaboration with leading research teams in photovoltaic applications

Career Growth

3-year doctoral program with potential for post-completion research positions or industry transition

Potential Next Roles

Postdoctoral Researcher Industrial R&D Scientist Materials Development Team Leader Academic Research Fellow

Company Overview

Ecole doctorale Sciences et Ingénierie de l'Université de Cergy-Pontoise

Leading French academic institution with strong focus on materials science and engineering research.

Well-established research center with significant publications in high-impact journals and strong industry collaborations.
Key player in the Ile-de-France research ecosystem with international collaborative networks.
Academic research environment with emphasis on innovation, collaboration, and scientific excellence.
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