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printandesign

Noe Bourdenet

@printandesign

Mechanical Conception 3D prints series

France
French, English
About me
Mechanical engineer trained at Arts et Métiers, specialized in mechanical design, CAD, prototyping, and 3D printing. Currently a work-study engineer at HyPrSpace (New Space startup), working on CAD, mechanical sizing, assembly tooling, and test follow-up for complex launcher systems. I also develop various personal engineering projects (launch vehicle, hovercraft, drones, flying wing), giving me a broad and practical experience. Working with an associate, we offer small-batch and scalable 3D printing, from concept to manufacturing and testing. Looking forward to working with you!... Read more

Skills

p
printandesign
Noe Bourdenet
Offline • 
Average response time: 2 hours

See my services

Rapid Prototyping
I will design your product from idea to industrial class prototype
From$50 / projectMore details

Work experience

Apprentice Tooling Design Engineer

Hybrid Propulsion for Space • Full-time

Apr 2025 - Present • 1 yr 3 mos

Cad Design and integration in test bench of component under cryogenic and very high pressure Tooling design (more than 30+ tooling in 6 months) including test bench, tooling for assembling the launcher (assembly of solid fuel onto the structure, assembly and verticalization of the fairings, etc...) Conception and design of mechanical tooling for the reshaping of large PEHD blocks used in hybrid rocket engines. Contributed to engine prototype assembly and disassembly within the AIT team

Personal Engineering Projects & Technical Development

on my own • Full-time

Aug 2022 - Present • 3 yrs 11 mos

Alongside my engineering studies, I actively develop personal engineering projects focused on mechanical design, CAD, prototyping, and 3D printing. These projects include the design of a complete amateur launch vehicle, a technical hovercraft with strong online visibility, as well as drones, a flying wing, and various academic engineering projects. Working independently, I handle the full workflow from concept definition and CAD modeling to material selection, manufacturing, and testing. This hands-on experience allows me to apply theoretical knowledge to real, functional systems and continuously improve my practical engineering skills.