Description

Forget about months-long development cycles and exorbitant agency quotes. My approach is radical: I transform your ideas into functional software, web applications, or Proof of Concepts (PoC) in a matter of days.

How is this possible? I combine the rigor of an R&D Architect with over 15 years of experience and the most advanced AI-assisted development tools on the market. You get the architecture of a senior expert, delivered at lightning speed.

What I can build for you THIS WEEK:

Rapid Prototyping (PoC): Got a product idea? Don't write a 50-page spec document. I will deliver a functional initial version in a few days so you can test your market.

Internal Tools & Automation: Wasting time on slow processes or endless Excel files? I will code the custom script or tool that will automate your workflow instantly.

Web Apps & Integrated Platforms: End-to-end creation of modern, fast web platforms, from the database right to the user interface.

Technical Emergency Resolution: A blocking bug? Need to integrate AI into your processes? I step in quickly to put out the fire.

My guarantee: Behind the speed of execution lies the rock-solid foundation of a PhD-level engineer used to strict industrial constraints. The code I deliver is clean, robust, and ready to scale.

Got a technical emergency, a missing tool, or an idea you need to launch quickly? Send me a message describing your needs, and I'll tell you today how we can solve it by the end of the week.

Live demo available at demo.neuroforge.work — access on request.

Domaines d’expertise

Langues

Français
Bilingue ou natif
Anglais
Capacité professionnelle complète

Préférences en matière de lieu de travail

En télétravail uniquement

Travaille majoritairement à distance

Independent R&D Project
Software & AI Architect - Acoustic PoC
HIGH TECH
janvier 2026 - Aujourd'hui (5 mois)
Rennes, France
Design and delivery of a disruptive Proof of Concept (PoC) for active acoustic control, merging deterministic physical modeling with generative AI.
Key Achievements:
High-Performance Modeling: Developed an advanced simulation engine using FEniCSx for the ultra-fast resolution of complex vibro-acoustic phenomena.
AI & Deep Learning: Architected and trained spatial predictive models (PyTorch, 3D CNN, Transformers/Mamba) to identify environmental signals and generate dynamic control zones.
Sim-to-Real Pipeline: Implemented a robust workflow for massive synthetic data generation (Domain Randomization) to train neural networks on HPC GPU clusters.
Value Delivered: Demonstrated the feasibility of a highly complex system in record time, establishing a functional bridge between High-Performance Computing (HPC) and the latest advancements in Artificial Intelligence.

Interactive Demo: A live Streamlit application showcasing real-time acoustic field prediction is available at demo.neuroforge.work — request access to explore the system firsthand.
Deep Learning Artificial Intelligence (AI) Architecture logicielle Applied Mathematics High Performance Computing
NEVERHACK
Senior C++ Engineer | Scientific Software
ENVIRONNEMENT
mai 2023 - août 2023 (3 mois)
Cesson-Sévigné, France
Critical System Maintenance & Evolution (CEA Project)
Upgraded and maintained CERES, a critical environmental and sanitary evaluation system for the CEA (French Atomic Energy Commission).
Delivered highly reliable and secure software evolutions, utilizing modern C++ and advanced architectural design patterns.
Value Delivered: Ensuring absolute software stability and code robustness for high-stakes scientific environments.
Compétences (5 max) : Modern C++, Software Architecture, Debugging, Scientific Computing, Design Patterns.
Software Development Design Patterns Scientific Computing C++ Qt
Scalian
Senior C++ Software Engineer | Performance Optimization
septembre 2023 - décembre 2024 (1 an et 3 mois)
Rennes, France
Software Re-architecture & Critical Computation Acceleration (End-to-End Projects)
Performance Acceleration (ONERA): Full migration of complex RADAR models from MATLAB to a modern, parallelized C++ architecture. Achieved massive reductions in computation time while maintaining strict ISO-functional precision.
End-to-End Development (DGA): Full-cycle creation of optoelectronic calculation modules. Translated 1D physical equations into robust 3D simulations, handled advanced linear algebra, automated testing pipelines, and delivered the final production-ready software.
Energy Optimization (RTE): Successfully implemented complex energy optimization equations using advanced coding patterns.
Value Delivered: Demonstrated the ability to audit heavy scientific theories or legacy algorithms, and rapidly transform them into highly optimized, scalable, and production-ready C++ applications.
C++ Scientific Computing Software Engineering Performance Optimization Matlab