Mr. Alexis Chénier at SEGULA Technologies, France.
Alexis Chénier is a dynamic Systems Engineer and Numerical Simulation Pilot with a strong background in mechanical and energy engineering. A graduate of ENSMM and Polytechnique Montréal, he has over seven years of experience in R&D, software engineering, and simulation in sectors including nuclear, transportation, and automotive. Alexis has led technical teams and collaborative international projects like InnoTherMS, contributing to electric vehicle autonomy improvements. His expertise spans HVAC design, CFD, thermal systems, and object-oriented programming. Bilingual in French and English, he is also a published researcher in composite materials and continues to innovate in system-level energy efficiency and simulation technologies.
Professional Profile
🎓Education:
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2015–2018: Diplôme d’ingénieur en mécanique énergétique (Grade de Master), ENSMM
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Aug 2017 – Jan 2018: Engineering Program, Génie mécanique, Polytechnique Montréal
💼Experience:
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May 2024 – Present: Ingénieur Systèmes, Pilote Simulation Numérique
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2022 – 2024 (2 yrs): Pilote Simulation Numérique
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2018 – 2021 (3 yrs): Ingénieur Systèmes R&D
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2018 – 2021 (3 yrs): Ingénieur Logiciel
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Various Projects: HVAC, energy efficiency, CFD, vehicle thermal management, software development
Suitability Summary for the Best Researcher Award
Mr. Alexis Chénier emerges as a highly qualified and innovative candidate for the Best Researcher Award, backed by a strong interdisciplinary background in mechanical and thermal systems engineering, applied simulation, and energy efficiency. With a solid record of industry-relevant research and development in both French and international collaborative projects, his contributions reflect the depth, originality, and impact aligned with the goals of this prestigious award.
📈Professional Development
Alexis Chénier has cultivated strong interdisciplinary skills through continuous engagement in innovative engineering environments. He has led system simulations and developed custom thermal management solutions, particularly in electric vehicles and energy systems. His leadership includes technical oversight of CFD, crash analysis, and statics teams, while mentoring 15+ interns across battery modeling, thermal systems, and programming. Alexis is proficient in C++, MATLAB/Simulink, Simscape, and CFD tools such as OpenFOAM and Flomaster. His cross-functional knowledge and ability to develop custom applications for real-time simulations make him a forward-thinking professional focused on sustainable, energy-efficient systems design and smart system automation.
🔬Research Focus
Alexis Chénier’s research focus lies in thermal management systems, particularly within the electric vehicle (EV) and energy efficiency domain. His work integrates multi-physics simulation, CFD, and control systems to enhance EV performance, HVAC operations, and thermal regulation. He has contributed to systemic innovations in battery cooling, energy storage thermal modeling, and air quality optimization. His recent publication on composite interface performance highlights his interest in materials science and structural analysis. His interdisciplinary contributions support next-generation vehicle sustainability and energy-efficient systems. 🔥🚗💨♻️
🏆Awards and Recognition
Alexis Chénier has garnered significant recognition for his technical leadership and innovative contributions in the field of thermal management and simulation engineering. Notably, he played a key role in the Franco-German InnoTherMS project, where his work on battery thermal regulation and systemic energy optimization led to a +13% improvement in electric vehicle autonomy—a major achievement in sustainable mobility. His mentorship of over 15 interns in CFD, thermal systems, and battery modeling has been widely appreciated within the engineering community. Additionally, Alexis is a published author in Materialia (2025), reflecting his research excellence in advanced composite materials. His TOEIC score of 840 further highlights his bilingual capabilities and global professional readiness.
Top Noted Publications
Methodical approach to interface design: Role of sizing in the micro-mechanical performance and durability of basalt fibers-based composites, Materialia, 2025, Volume 42, Article 102467