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PhD Researcher - Nanoplastics Detection with UV Nanophotonics - Job Opportunity at CNRS Institut Fresnel

Marseille, France
Contract
Entry-level
Posted: January 28, 2025
On-site
EUR 30,000-35,000 per year (standard French doctoral contract)

Benefits

Doctoral research position at prestigious CNRS institute
Access to state-of-the-art nanophotonics facilities
Collaboration opportunities with leading researchers
Career development in cutting-edge scientific field
International research environment

Key Responsibilities

Develop novel UV-based detection methods for nanoplastic particles
Conduct experimental research in UV photophysics and spectroscopy
Design and implement nanophotonic characterization techniques
Analyze and document research findings
Present results at international conferences
Publish findings in peer-reviewed journals
Collaborate with interdisciplinary research teams

Requirements

Education

Master's degree in physics, chemistry or engineering

Experience

Research experience in nano-optics and/or biophotonics preferred but not mandatory

Required Skills

Strong motivation for optics Curiosity for nanosciences English for science Autonomy Analytical and critical thinking Writing skills Presentation skills
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Sauge AI Market Intelligence

Industry Trends

Environmental monitoring technologies are experiencing rapid growth due to increasing concerns about microplastic pollution UV-based detection methods are emerging as a promising alternative to traditional spectroscopy techniques Research funding in nanoplastics detection is increasing globally due to environmental and health concerns Integration of AI and machine learning with spectroscopy is creating new opportunities in particle detection and classification

Role Significance

Typically part of a specialized research group of 5-10 researchers, including PhD students, postdocs, and permanent staff
Doctoral researcher position with significant autonomy in project development and execution

Key Projects

Development of novel UV spectroscopy methods for nanoplastic detection Optimization of detection sensitivity for sub-micron particles Characterization of plastic nanoparticle autofluorescence Integration of time-resolved spectroscopy with nanophotonic techniques

Success Factors

Strong foundation in experimental physics and optics Ability to work independently while contributing to team objectives Excellence in scientific communication and documentation Creative problem-solving skills for novel technical challenges Persistence in optimizing experimental procedures

Market Demand

High demand for specialists in environmental monitoring and nanoplastics detection, with increasing industrial applications beyond academia

Important Skills

Critical Skills

Advanced experimental physics skills Data analysis and interpretation abilities Scientific writing and presentation capabilities Problem-solving and experimental design expertise

Beneficial Skills

Programming for instrument control and data analysis Knowledge of environmental science and polymer chemistry Experience with spectroscopic techniques Project management skills

Unique Aspects

Novel application of UV nanophotonics to environmental challenges
Potential for significant impact on global plastic pollution monitoring
Interdisciplinary research combining physics, chemistry, and environmental science
Access to cutting-edge research facilities and expertise

Career Growth

3-4 years for PhD completion, with potential for immediate transition to industry or postdoctoral research

Potential Next Roles

Postdoctoral Researcher R&D Scientist in Environmental Monitoring Technical Lead in Analytical Instrumentation Research Group Leader

Company Overview

CNRS Institut Fresnel

CNRS Institut Fresnel is a leading French research institution specializing in optics, photonics, and electromagnetic waves

Globally recognized research center with strong industry collaborations and academic partnerships
Major research hub in the Mediterranean region with international influence
Academic environment fostering innovation, collaboration, and scientific excellence
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