3D Model
base-bracket
creating draft analysis,trim design ,surface design, a to b conversion
Designer
Dave_
Designer
Aviraj11
Design Engineer with 4 years experience in working on CATIA V5, UGNX.
experience on the CATIA V5, 3D Experience. I have a good knowledge of UG NX software. I have known standard practices to generate products from A surface & B- Side as attachments.
Designer
surajdesai
Mechanical Engineer
Certified CAD course of CATIA, UGNX, PTC CREO AND AUTO CAD. Completed mini projects like A to B conversion on CATIA, surface modelling on UGNX and assembly of universal joint on creo.
Designer
nickl2
Design Engineer
Technology) with experience as a Junior Design Engineer. Skilled in CATIA V5 (Part & Surface Design) with certification in Part Design. Hands-on experience in B surface creation, custom part design, and
Designer
kisana-narnaware
Mechanical Engineer with CATIA/Unigraphics and ANSYS Experience
Study the Class A surface and Offset to B surface and develop a closed Body. Fixation of engineering features like Dog house, Snap, Locator, Clip tower, Welding boss, screw boss on plastic part using
Designer
Amogha Narayan
Passionate Mechanical Design Engineer
Catia V5 and basic knowledge on creation of A-Class surface, B- Class surface, tooling direction and Draft analysis. Hands on experience in 3D part modeling, surface modeling and drafting using Catia V5 and
Contest
Smart display screens to be placed around the house
need your help with developing a small screen (Oled) that will be used for displaying messages and information. The small screens will be used all over the house and need to be able (with different cradles
3D Model
Toyota 86 concept
First year thesis. Got myself to design and develop a concept Toyota and its Class B surface model inspired from the infamous Toyota AE86 and the cult following it. Every aspect of the car is designed
Job
LUXURY PATTERN SYSTEM & PARAMETRIC SURFACE DESIGNER(Rhino / Grasshopper / Advanced CAD)
are developing a proprietary luxury geometry system based on an organic continuous-line topology inspired by reaction-diffusion structures, engineered maze systems, and generative surface flow.
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