Freelancer profile translated to English.

Description

An engineering scientist and senior consultant in energy transition, I advise companies, startups, and institutions on industrial decarbonization strategy, technological optimization, advanced multiphysics simulation, and the industrialization of energy systems.

My strength: I find concrete solutions that enable my clients to achieve their industrial, strategic, and environmental goals more effectively, while reducing risks and costs.

With over 15 years of experience in critical environments – aeronautics, space, nuclear, energy, and heavy industry – I transform complex R&D projects into scalable, high-performance industrial solutions that comply with regulatory standards.

✔ Energy transition & decarbonization consulting

✔ Technology roadmap, R&D strategy, and product industrialization

✔ Multiphysics modeling (thermal, fluid, structural)

✔ Advanced numerical simulation, CFD, predictive modeling

✔ AI applied to physics & optimization via GPU / CUDA / HPC

✔ Management of complex projects and leadership of multidisciplinary teams

✔ Development of intellectual property (IP) strategies

✔ Techno-economic analysis and innovation strategy

✔ Solution-oriented approach to achieve client objectives and KPIs

I offer strategic consulting, technological audits, system optimization, industrialization support, R&D roadmap definition, and implementation of AI/HPC workflows for simulating complex physical systems.

Languages

English
Native or bilingual
French
Native or bilingual

Workplace preferences

Can work on-site

Paris (up to 50km)

Kaigia
Founder
ENVIRONMENTAL
January 2025 - Today (1 year and 5 months)
Saint-Cloud, France
At Kaigia, I lead the development and industrialization of zero-emission modular energy systems for microgrids and clean mobility. I combine advanced multiphysics modeling, AI and GPU/HPC accelerated predictive simulation, and agile industrialization to deliver scalable, standards-compliant solutions.

My key role:
Define the technological vision, product roadmap, and IP/patents strategy
Design and manage the development of low-carbon modular engines
Implement AI/GPU-accelerated multiphysics simulation workflows to optimize performance and reliability
Manage and train multidisciplinary R&D teams
Lead early-stage fundraising and investor relations
Ensure industrial scalability and regulatory compliance

Key results and achievements:
Delivery of the first modular energy system meeting performance and emission targets
10x acceleration of R&D cycles through HPC and predictive modeling
Securing funding and strategic partnerships
Implementation of a scalable system architecture enabling future industrialization
Direct contribution to emission reduction and energy efficiency optimization of pilot prototypes
CTO Industrialization Mobility Renewable Energies Datacenter
Mines ParisTech & Partenaires industriels
PhD Researcher / Engineer
ENERGY AND UTILITIES
January 2012 - January 2024 (12 years)
Paris, France
Advanced R&D and technology transfer applied to the aeronautics, space, nuclear, energy, and heavy industry sectors.For over 10 years, I have led and executed advanced multiphysics modeling projects, AI/GPU-accelerated predictive simulation, and industrialization of critical solutions, enabling industrial partners to achieve their performance, safety, and regulatory compliance objectives.

Key missions:

Multifluid topology optimization of aeronautical engines (SafranTech) – mass reduction and efficiency improvement
Thermal architecture design for critical missions (ESA – JUICE)
Thermal and species multi-scale simulation for cryogenic safety (GTT – LNG carriers)
10,000x acceleration of nuclear simulations via AI + GPU (UCSB)
Real-time 3D thermal control for industrial furnaces (CMI Greenline)
Multiphysics modeling for automotive glazing (Saint-Gobain)
Development of flameless combustion technologies for NOx reduction (G8 Reo-Kiln Project)

Key results and achievements:

Delivery of scalable industrial solutions compliant with safety and regulatory standards
Transfer of advanced R&D projects to pilot production
Management of complex projects and multidisciplinary teams
Acceleration and reliable development cycles through AI and high-performance computing
AI/ML for Physics Physics R&D Project Manager Energy Transition Numerical Simulation Artificial Intelligence