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Experimental and numerical analysis of high-speed dynamic seals: Application to e-mobility - Job Opportunity at Institut Pprime - Univesité de Poitiers

Angoulême, France
Contract
Entry-level
Posted: March 4, 2025
On-site
EUR 30,000-35,000 per year (standard French doctoral contract)

Benefits

Research position with French public institution benefits
Meal vouchers (Titre restaurant)
Academic environment with research resources
Access to advanced laboratory facilities

Key Responsibilities

Lead experimental analysis of dynamic sealing technologies using advanced test rigs
Develop and enhance numerical models for sealing system simulation
Conduct comprehensive literature review on dynamic sealing in e-mobility
Design and propose improvements to existing sealing technologies
Perform data analysis and post-processing of experimental results
Contribute to academic publications and research documentation

Requirements

Education

Master's degree (M2) or engineering diploma in mechanical engineering, fluid mechanics, or materials science

Experience

Research experience preferred but not mandatory

Required Skills

Tribology knowledge Experimental analysis Programming (Fortran, Python) Fluid mechanics Mechanical engineering principles
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Sauge AI Market Intelligence

Industry Trends

Electric vehicle market experiencing rapid growth with increasing demands for high-speed motors (15,000+ RPM) Focus on efficiency and miniaturization driving need for advanced sealing solutions Integration of mechanical and electrical engineering creating new challenges in seal design Sustainability and energy efficiency becoming critical factors in automotive engineering

Role Significance

Part of specialized research team within Tribolub group, typically 5-10 researchers
Doctoral researcher position with significant autonomy in research direction and methodology

Key Projects

Development of next-generation sealing systems for electric vehicle powertrains Advanced numerical modeling of multi-scale sealing phenomena Experimental validation of sealing performance at high rotational speeds

Success Factors

Strong foundation in mechanical engineering principles and fluid dynamics Ability to bridge theoretical models with practical applications Excellence in both experimental methods and computational modeling Scientific communication and documentation skills

Market Demand

High demand for specialized researchers in e-mobility, particularly in sealing technologies for high-speed applications

Important Skills

Critical Skills

Advanced understanding of tribology and fluid mechanics Experimental design and analysis capabilities Programming skills for numerical modeling Research methodology and scientific writing

Beneficial Skills

Knowledge of electric vehicle systems CAD software proficiency Data analysis and visualization Project management skills

Unique Aspects

Direct contribution to emerging e-mobility technologies
Access to advanced experimental facilities
Combination of theoretical and practical research
Industry-relevant research with academic rigor

Career Growth

3-year doctoral program with potential for academic or industry continuation

Potential Next Roles

Post-doctoral researcher in advanced mechanical systems R&D engineer in automotive or aerospace industry Technical specialist in sealing systems Research scientist in industrial laboratories

Company Overview

Institut Pprime - Univesité de Poitiers

Leading French research institution specializing in physical sciences and engineering

Highly regarded academic institution with strong industry partnerships
Major research center in Nouvelle-Aquitaine region with international collaborations
Academic environment fostering innovation and research excellence
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