Je suis Romain, fondateur d'Add3DService. Fort de 10 années d'expérience en tant que technicien bureau d'études dans l'industrie automobile, j'ai créé Add3DService pour accompagner les entreprises dan... Read more

Je suis Romain, fondateur d'Add3DService. Fort de 10 années d'expérience en tant que technicien bureau d'études dans l'industrie automobile, j'ai créé Add3DService pour accompagner les entreprises dans leurs défis techniques avec des solutions innovantes et sur mesure. Je conçois, modélise, numérise et imprime des pièces techniques pour des secteurs variés : mécanique, aéronautique, sport, prototypage produit... 🎯 Mon approche : comprendre rapidement vos besoins, proposer la solution juste, livrer un résultat impeccable. Add3DService, c'est l'expertise technique au service de votre innovation.

I am a Mechanical Design Engineer with a BS in Mechanical Engineering and a strong command of CAD modeling using SolidWorks and Fusion 360, backed by hands-on experience in GD&T, sheet metal design, D... Read more

I am a Mechanical Design Engineer with a BS in Mechanical Engineering and a strong command of CAD modeling using SolidWorks and Fusion 360, backed by hands-on experience in GD&T, sheet metal design, DFM, and DFA principles. My approach to every project combines technical precision with a deep understanding of fabrication processes, including MIG welding, break forming, spot welding, injection molding, and rapid prototyping via 3D printing — allowing me to design with manufacturability and cost-efficiency at the forefront. My portfolio includes a Centrifuge Tube Reader designed using SolidWorks sheet metal features for Validere, achieving 97% reading accuracy compared to 80% with manual methods, and a Tube Holder fabricated through MIG welding and break forming that reduced human operator error by 53%. For Axis Labs, I designed a Solar Panel Test Fixture integrating Arduino-based electrical infrastructure with DFA-optimized assembly. I developed low-cost thermostat packaging for Ecobee using SolidWorks, reducing production costs by 62% through direct coordination with manufacturers. I also engineered the Drill Guard using injection molding with a calcium carbonate filler to achieve the required elastic modulus and strength, and led the full CAD development of Hapee — a health tracking system — producing detailed 3D assemblies and 2D engineering drawings in Fusion 360 with 95% measurement accuracy.