Freelancer profile translated to English.
Back to original languageAbout Albin
Engineering & Energy – For your complex and innovative technical projects
Are you developing a **technical system**, an **energy product**, or an **industrial process**, and need operational support?
I can assist you with yourdesign**, **energy optimization**, and **industrializationprojects, bringing technical rigor, systems vision, andcreativityto meet your challenges.
How I can help you
Examples of deliverables or missions completed
CAD modeling & integration plans (Rhino, Catia)
Thermal studies (batteries, heat exchangers, fluids, technical buildings)
Writing functional and technical specifications
Solar thermal and electrical dimensioning
Energy logistics studies (gas storage, cryogenic transport, latent heat)
Mapping renderings for industrial site analysis or equipment implantation
Technical diagnostic reports, after-sales service monitoring, design recommendations
Bid response documents and industrial strategy
French
Native or bilingual
English
Fluent
Spanish
Conversational
German
Basic
Can work on-site
Bordeaux (up to 50km), Saint-Malo (up to 50km)
Experience
- HynavalNaval EngineerTRANSPORTATIONJune 2024 - Today (2 years)Bordeaux, France
Naval architecture – Passenger ship design
Ship designfor passenger transport vessels: CAD modeling, bill of materials (BOM) creation, writing technical documents for public and private tenders, and sourcing specialized suppliers.Ensuring project compliancewith French regulations and classification society requirements (Bureau Veritas, etc.).Optimizingconstruction choices in line with industrial, regulatory, and operational constraints.Hydrogen & alternative propulsion systems
Regulatory monitoring and technical analysisof current and upcoming legislation concerning the use of hydrogen in the maritime sector.**Development of hybrid and 100% hydrogen energy chains**, integrating production, storage, conversion, and onboard distribution for propulsion and auxiliary systems.Sourcing, qualification, and coordination of key component suppliers: fuel cells, tanks, compressors, etc.After-Sales Service & maintenance engineering
Technical and organizational monitoringof ship deliveries, particularly the BATO boat (Garonne) for passenger transport.Technical diagnostics and management of after-sales service interventionson-site: parts replacement, non-conformity handling, design evolution proposals (e.g., engine exhaust redesign).Commercial development & international partnerships
Representing Hynaval internationallyas part of strategic development: participation in trade shows, shipyard and vessel visits, technical presentations of the hybrid & hydrogen range.Drafting and negotiating MoUswith industrial and institutional partners abroad: developing fleet retrofit solutions. - MGH EnergyProject EngineerENERGY AND UTILITIESOctober 2022 - January 2024 (1 year and 4 months)Pérols, France
GreenPilot Project – 100% electric Pilot Boat (World First)
Project managementfor the repair of electric propulsion equipment, in direct liaison with foreign suppliers, particularly for high-capacity lithium batteries.Logistical and regulatory managementof transatlantic maritime transport of dangerous goods (lithium batteries) to Canada, in compliance with international standards (IMDG Code).Coordination of French andinternationalstakeholders (technical service providers, suppliers, transporters), deadline management, and supervision of on-site operations during critical phases (repair, testing, shipping).E-fuels production plant projects (RFNBO – Renewable Fuels of Non-Biological Origin)
Technical monitoringof renewable energy production studies (particularly offshore wind), entrusted to external engineering firms such as Everoze.Analysis of inter-seasonal energy storage solutionsfor large-scale projects: pressurized or liquefied hydrogen, chemical batteries, thermal storage via latent heat of vaporization.Mapping creationusing QGIS, supporting site studies and the production of technical renderings for tender documents and infrastructure planning.Writing specifications for port equipmentnecessary for the fluid transport of cryogenic CO₂, hydrocarbons, and heavy components (e.g., wind turbines > 10 MW), for the creation of adapted logistics infrastructure.Study of aliquid CO₂ maritime transport projectin partnership with a naval architecture firm and an investment fund, exploring sail propulsion solutions for cargo ships.**Participation in the drafting of tender documents**: technical specifications, mapping renderings, functional specifications. - SuntiSolar Thermal Engineer for IndustryENERGY AND UTILITIESJanuary 2022 - August 2022 (6 months)Pérols, France**Dimensioning of solar thermal power plants for industry**, using T*SOL software (energy performance simulations, economic assessments, integration into thermal processes).Mapping creationusing QGIS for industrial site analysis, solar collector implantation, and visualization of thermal distribution networks.Conductingenergy audits and proposing renewable heat production solutionsadapted to the specific needs of industrial sites (steam process, hot water, etc.).Writing technical reports andparticipating in bid responsesfor project deployment in France and internationally.
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Education
- Mechanical, Thermal, and Energy EngineerPolytechnic School of the University of Nantes2022Formation généraliste à dominante énergie, thermique et mécanique, centrée sur la conception, la simulation et l’optimisation de systèmes énergétiques et thermiques, appliqués aux secteurs industriels, du bâtiment, des transports et de l’environnement. Compétences techniques acquises Thermique appliquée : transferts de chaleur (conduction, convection, rayonnement), échangeurs, thermique des moteurs, isolation thermique, calculs de bilans, injection thermoplastique, thermique des composites. Énergétique : cycles thermodynamiques, systèmes de conversion d’énergie, optimisation énergétique, énergies renouvelables (solaire, biomasse, cogénération, hydraulique). Mécanique : résistance des matériaux, conception mécanique, modélisation de systèmes mécaniques et thermomécaniques, calculs d’efforts, dimensionnement de pièces. Simulation et modélisation : outils de calcul numérique (Fluent, MATLAB, COMSOL, etc.), modélisation thermique et énergétique de systèmes complexes. Automatique et régulation : commande de systèmes énergétiques, régulation thermique et énergétique, instrumentation. Transports et fluides : dynamique des fluides (écoulements internes et externes), aéraulique, hydraulique, mécanique des fluides appliquée. Outils et logiciels utilisés CAO : SolidWorks, CATIA Simulation thermique/énergétique : MATLAB, T*SOL, EES Simulation mécanique : ANSYS, Comsol Multiphysics Cartographie & analyse de données : QGIS, Excel avancé Programmation : Python, VBA, langages scientifiques Projets & applications pratiques Conception d’un échangeur de chaleur et validation par essai Étude énergétique d’un bâtiment avec propositions d’amélioration Optimisation d’un système thermique couplé à des énergies renouvelables Projet de fin d’études appliqué au solaire thermique industriel Travail collaboratif en mode projet (méthodes Agile, rédaction de rapports techniques, soutenance devant jury technique)