Stephane Gille | 3D Modeling | Best Researcher Award
Dr. Stephane Gille, French National Research and Safety Institute (INRS), France.
Publication profile
Orcid
Scopus
Education 
- Ph.D. in Physics: Lorraine University & SUPELEC-Metz (2000-2004)
- Master’s in Plasma, Optics, Electronics: Lorraine University & SUPELEC-Metz (1999-2000)
Experience 
- Research Engineer: INRS (2017-Present)
- Focus on designing safer workplace equipment and developing tools like MAVImplant software.
- Technology Transfer Engineer: INRS (2010-2016)
- Managed IP protection, technology collaboration, and product finalization.
- R&D Program Manager: LNE, Paris (2006-2010)
- Directed metrology projects addressing industrial and regulatory needs.
- Ph.D. & Postdoctoral Researcher: LMOPS, CNRS, Metz (2000-2005)
- Investigated optical materials for communication systems.
- Teaching Assistant: Lorraine University, Metz (2002-2005)
- Conducted tutorials and lab sessions in electricity.
Suitability For The Award
Professional Development
Awards and Honors
Recognition for innovative contributions at INRS in workplace safety.
Acknowledged for developing MAVImplant 3D software tailored to industry needs.
Outstanding R&D Leadership Award at LNE for advancing metrology projects.
Commended for significant research achievements in optical physics during Ph.D. studies.
Excellence in teaching recognition at Lorraine University for practical contributions.



With expertise in occupational safety, physics, and data analysis, Stephane bridges science and practical innovation. His career spans managing metrology R&D at LNE, fostering technology transfer at INRS, and advancing integrated optics research at LMOPS. His professional ethos is grounded in collaboration, problem-solving, and ensuring safer environments through advanced engineering solutions. 


At INRS, he has developed advanced evaluation methods and innovative tools, like MAVImplant software, to prevent workplace accidents and diseases. His focus on tailored solutions addresses diverse industry-specific needs, ensuring risk prevention from the design phase. Earlier in his career, his studies on optical materials contributed to high-speed communication systems, demonstrating his versatility across interdisciplinary domains. Stephane remains committed to merging research with impactful, real-world applications. 