About
Engineering & Energy – Supporting Your Complex and Innovative Technical Projects
Are you developing a technical system, an energy product, or an industrial process and need operational support?
I assist you with your design, energy optimization, and industrialization projects by bringing technical rigor, system thinking, and creativity to help you meet your challenges.
How I Can Help?
Design of Technical Systems: From concept to detailed drawings, including component selection, 3D modeling, and preparation of technical bills of materials.
Thermal and Energy Studies: Sizing of systems (heating, storage, conversion), performance simulations, audits, and optimization proposals.
Project Coordination & Technical Follow-up: Liaising with suppliers, tracking procurement and logistics, writing specifications, and conducting on-site diagnostics.
Mapping & Layout Planning: Production of technical renderings using QGIS for infrastructure layout or spatial analysis of networks and flows.
Examples of Deliverables and Completed Assignments
CAD modeling and integration drawings (Rhino, Catia)
Thermal studies (batteries, heat exchangers, fluids, technical buildings)
Drafting of functional and technical specifications
Sizing of thermal and photovoltaic solar systems
Energy logistics studies (gas storage, cryogenic transport, latent heat)
Cartographic renderings for industrial site analysis or equipment layout
Technical diagnostic reports, after-sales follow-up, and design recommendations
Bid response documents and industrial strategy planning
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Experience
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Naval Architect
Hynaval · Full-time
Jul 2024 –
Present
1 yrs 5 mos
Bordeaux, Nouvelle-Aquitaine, France
Passenger Vessel Design
– 3D modeling (CAD), Bills of Materials (BOM), technical documents for public and private tenders
– Regulatory compliance (French maritime rules, Bureau Veritas, etc.)
– Optimization of construction choices based on industrial and operational constraints
Hydrogen and Alternative Propulsion
– Regulatory monitoring and technical analysis (hydrogen in maritime applications)
– Development of hybrid and 100% hydrogen energy chains (storage, conversion, distribution)
– Sourcing and coordination of suppliers: fuel cells, tanks, compressors
After-Sales and International Development
– Technical follow-up of deliveries, diagnostics, and on-site interventions (e.g. BATO vessel – Garonne)
– Design improvement proposals (e.g. engine exhaust system redesign)
– Participation in trade shows, technical visits, drafting and negotiation of international MoUs
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PROJECT ENGINEER
MGH Energy · Full-time
Oct 2022 –
Jan 2024
1 yrs 3 mos
Montpellier, Occitanie, France
GreenPilot Project – 100% Electric Pilot Boat (World First)
– Project management for the repair of electric propulsion systems, including coordination with international suppliers (e.g. high-capacity lithium battery manufacturers)
– Regulatory and logistical coordination of transatlantic maritime transport of dangerous goods (lithium batteries) to Canada, in compliance with international standards (IMDG Code)
– Stakeholder coordination (French and international suppliers, technical teams, carriers), timeline management, and field supervision during critical phases (repairs, testing, shipment)
E-fuel Production Plant Projects (RFNBO – Renewable Fuels of Non-Biological Origin)
– Technical monitoring of renewable energy production studies (e.g. offshore wind), carried out by external consultancies such as Everoze
– Analysis of large-scale seasonal energy storage options: compressed/liquefied hydrogen, chemical batteries, thermal storage (latent heat of vaporization)
– Cartographic outputs using QGIS to support site studies and create technical visuals for tenders and infrastructure planning
Maritime Transport and Port Infrastructure Studies
– Drafting of technical specifications for port equipment handling cryogenic CO₂, hydrocarbons, and heavy components (e.g. wind turbines >10 MW), for new logistics infrastructure
– Feasibility study for liquid CO₂ maritime transport in partnership with a naval architecture firm and investment fund, including wind-assisted propulsion concepts
– Contribution to tender documentation: technical specifications, QGIS maps, functional requirements
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Solar Thermal Engineer for Industrial Applications
Sunti · Internship
Feb 2022 –
Oct 2022
8 mos
Montpellier, Occitanie, France
Solar Thermal Plant Design for Industrial Applications
– Sizing of solar thermal systems using T*SOL software (performance simulations, economic assessments, integration with industrial thermal processes)
– Cartographic analysis with QGIS to assess industrial sites, position solar collectors, and visualize thermal distribution networks
– Energy audits and proposal of renewable heat production solutions tailored to industrial needs (e.g. steam processes, hot water systems)
– Drafting of technical reports and contribution to tender responses for project deployment in France and internationally
Education
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Ecole polytechnique de l'université de Nantes
Thermal, Energy and Mechanic Engineer, Thermal & Propulsion | CAD | Computational Analysis | Fluid Mechanics, Engineer
2019 – 2022
General engineering training with a focus on energy, thermal, and mechanical systems
– Centered on the design, simulation, and optimization of thermal and energy systems
– Applications in industry, construction, transportation, and environmental sectors
Technical skills acquired
– Applied thermics: heat transfer (conduction, convection, radiation), heat exchangers, engine thermics, thermal insulation, energy balance calculations
– Energy systems: thermodynamic cycles, energy conversion systems, energy efficiency, renewable energy (solar, biomass, cogeneration, hydropower)
– Mechanics: strength of materials, mechanical design, modeling of mechanical and thermomechanical systems, force calculations, component sizing
– Simulation & modeling: numerical tools (Fluent, MATLAB, COMSOL), thermal and energy modeling of complex systems
– Control & automation: control of energy systems, thermal/energy regulation, instrumentation
– Fluids & transport: fluid dynamics (internal and external flows), aerodynamics, hydraulics, applied fluid mechanics
Tools & software used
– CAD: SolidWorks, CATIA
– Thermal/energy simulation: MATLAB, T*SOL, EES
– Mechanical simulation: ANSYS, COMSOL Multiphysics
– Mapping & data analysis: QGIS, advanced Excel
– Programming: Python, VBA, scientific languages
Projects & practical applications
– Design and testing of a heat exchanger
– Energy assessment of a building with improvement proposals
– Optimization of a thermal system using renewable energy sources
– Final-year project on industrial solar thermal applications
– Team-based project work (Agile methods, technical reports, oral defenses)
Other experience
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Heat Exchanger Design Project
– Defined project requirements and wrote the specifications document
– Performed technical calculations and sizing of a heat exchanger
– Collaborated with team members to validate design choices
– Prepared reports summarizing study results and recommendations