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PhD Position - Hectometric Weather Simulations for Urban Climate Extremes - Job Opportunity at Université de Toulouse

Toulouse, France
Full-time
Entry-level
Posted: January 16, 2025
On-site
EUR 35,000-40,000 per year (standard EU doctoral researcher compensation)

Benefits

EU Horizon Europe Program Funding
International Research Network Access
Academic Publishing Opportunities
Conference Participation
Professional Development Training

Key Responsibilities

Conduct advanced meteorological simulations focusing on urban climate extremes
Analyze large-scale weather data and climate patterns
Develop and implement numerical simulation models
Collaborate with international research partners
Contribute to the UrbanAIR project objectives
Participate in transdisciplinary research activities

Requirements

Education

Master's degree in atmospheric sciences or physics

Required Skills

Programming expertise Weather modeling capabilities Large data analysis Strong intellectual curiosity Initiative Excellent oral and written communication in English
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Sauge AI Market Intelligence

Industry Trends

Growing emphasis on urban climate resilience and adaptation strategies in response to increasing extreme weather events Rise of digital twin technology applications in urban planning and climate modeling Increasing integration of AI and machine learning in climate prediction models Shift towards collaborative, multi-stakeholder approaches in climate research

Role Significance

Large international consortium of 19 partners, working within a cohort of 13 PhD candidates and 3 post-doctoral researchers
Early-career research position with significant potential for scientific impact and publication opportunities

Key Projects

Urban heat island effect modeling Extreme weather event prediction Air pollution dispersion analysis Climate change impact assessment Urban development scenario modeling

Success Factors

Strong foundation in atmospheric physics and numerical modeling Ability to work in international, multi-disciplinary teams Excellent data analysis and interpretation skills Clear communication abilities for complex scientific concepts Adaptability to evolving research methodologies

Market Demand

High demand for climate modeling specialists, particularly in urban contexts, driven by increasing focus on climate change adaptation and mitigation strategies

Important Skills

Critical Skills

Advanced programming skills for complex simulation models Statistical analysis capabilities for large datasets Physical modeling and numerical methods expertise Scientific writing and communication abilities

Beneficial Skills

Machine learning and AI applications in climate modeling GIS and spatial analysis tools Urban planning knowledge Project management skills

Unique Aspects

Part of major EU-funded project with significant societal impact
Access to advanced computational resources and international expertise
Integration of citizen science and stakeholder engagement
Focus on practical urban climate solutions

Career Growth

3-4 years for PhD completion, with potential for immediate post-doctoral or industry positions

Potential Next Roles

Post-doctoral Researcher Climate Scientist Research Institute Scientist Environmental Consultant Academic Faculty Member

Company Overview

Université de Toulouse

Leading French university with strong research focus and international partnerships

Prominent position in European academic research, particularly in atmospheric sciences
Major research hub in southern France with strong connections to European research networks
Collaborative academic environment with emphasis on international cooperation and interdisciplinary research
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