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Multiscale structuring and assembly of chitosan films for eco-friendly lab-on-a-chip applications - Job Opportunity at INL (Institut des Nanotechnologies de Lyon)

Villeurbanne, France
Full-time
Entry-level
Posted: May 6, 2025
On-site
EUR 35,000-40,000 per year (standard French doctoral contract salary range)

Benefits

Doctoral research position with academic resources
Access to NanoLyon technology platform
Collaborative research environment

Key Responsibilities

Optimize chitosan film manufacturing process for aqueous media stability
Research and develop multi-scale structuring techniques
Design and fabricate LOC devices with various functions
Evaluate and validate LOC performance with model systems

Requirements

Education

Master's degree or equivalent (Bac+5)

Required Skills

Micro-Nanotechnologies Physical chemistry of interfaces Surface chemistry Microfluidics (preferred) Experimental research Teamwork Interdisciplinary collaboration
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Sauge AI Market Intelligence

Industry Trends

The Lab-on-a-Chip market is experiencing exponential growth, projected to reach USD 55 billion by 2032, indicating strong career prospects in this field. Environmental sustainability in biotech manufacturing is becoming a critical industry driver, with increasing focus on eco-friendly materials and processes. The integration of bio-based materials in microfluidics represents an emerging field with significant research and commercialization opportunities.

Role Significance

Typically works within a research group of 5-8 members, collaborating across multiple departments
Doctoral researcher position with significant autonomy in project direction and methodology

Key Projects

Development of novel eco-friendly manufacturing processes Design and optimization of microfluidic devices Material characterization and validation studies Potential industry collaboration projects

Success Factors

Strong foundation in materials science and micro-fabrication techniques Ability to bridge theoretical knowledge with practical applications Innovation in sustainable manufacturing processes Effective collaboration with interdisciplinary teams Publication and presentation of research findings

Market Demand

High demand with growing emphasis on sustainable technologies and miniaturized diagnostic solutions

Important Skills

Critical Skills

Materials science expertise for developing novel chitosan-based solutions Micro and nanofabrication techniques for device manufacturing Surface chemistry knowledge for material optimization Analytical skills for performance evaluation

Beneficial Skills

Project management capabilities Scientific communication skills Knowledge of sustainable manufacturing processes Understanding of industrial scale-up requirements

Unique Aspects

Focus on environmentally sustainable microfluidic technologies
Integration of bio-based materials in high-tech applications
Access to state-of-the-art nanofabrication facilities
Position at the intersection of materials science and biotech

Career Growth

3-year doctoral program with potential for post-doctoral extension or direct industry transition

Potential Next Roles

Post-doctoral researcher R&D Engineer in biotech industry Research scientist in academic institutions Technical lead in microfluidics companies

Company Overview

INL (Institut des Nanotechnologies de Lyon)

INL is a leading research institution in nanotechnology, with strong ties to both academic and industrial partners

Recognized as a major player in French nanotechnology research with significant European collaborations
Central role in Lyon's technology ecosystem, particularly through the NanoLyon platform
Academic environment fostering innovation, collaboration, and scientific excellence
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