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PhD Position - Artificial Intelligence/Deep Learning - Job Opportunity at La Rochelle Université

La Rochelle, France
Contract
Entry-level
Posted: January 18, 2025
On-site
EUR 30,000-35,000 per year (standard EU COFUND PhD stipend range)

Benefits

EU COFUND Fellowship Program funding
Academic research environment with international collaboration
Access to advanced research facilities
International mobility opportunities including 3-month industry placement
Training in both AI and experimental sciences

Key Responsibilities

Design and develop novel antimicrobial materials using AI-based approaches
Implement and optimize deep learning models, specifically graph neural networks
Conduct experimental validation of predicted materials
Perform in vitro testing under biosafety level 2 conditions
Collaborate with international research partners
Publish research findings in peer-reviewed journals

Requirements

Education

Master Degree or equivalent

Required Skills

Deep learning Graph neural networks Artificial intelligence Biomaterials Programming Experimental biology Chemistry
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Sauge AI Market Intelligence

Industry Trends

Rising demand for AI expertise in materials science and biomedical research Increasing focus on antimicrobial resistance as a global health challenge Growing intersection of AI and experimental sciences in academia Shift towards computational approaches in drug discovery and materials development

Role Significance

Typically part of a research group of 5-10 members, with direct supervision from principal investigators at both host institutions
Entry-level research position with significant project ownership and international visibility

Key Projects

Development of AI models for antimicrobial material design Experimental validation of computational predictions International collaborative research initiatives

Success Factors

Strong foundation in both computational and experimental methods Ability to bridge theoretical predictions with practical applications Clear scientific communication skills for international collaboration Independent research capabilities with cross-disciplinary mindset

Market Demand

High demand for AI researchers in biomedical applications, particularly those with cross-disciplinary expertise in experimental sciences

Important Skills

Critical Skills

Deep learning expertise for material property prediction Understanding of biomaterial characterization Programming skills for model implementation Experimental laboratory skills

Beneficial Skills

Project management experience Scientific writing abilities Knowledge of antimicrobial resistance mechanisms Experience with high-performance computing

Unique Aspects

Dual-institution supervision between France and Spain
Industry placement component
Integration of AI with experimental validation
Focus on high-impact global health challenges

Career Growth

3-4 years for PhD completion, with potential for immediate industrial or academic positions afterward

Potential Next Roles

Postdoctoral Researcher Industrial R&D Scientist AI Research Scientist Biomedical Materials Developer

Company Overview

La Rochelle Université

Established French public university with strong focus on coastal sustainability and innovative research programs

Regional leader in academic research with growing international partnerships
Significant presence in Nouvelle-Aquitaine region with strong industry connections
Collaborative academic environment with emphasis on international mobility and interdisciplinary research
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