c
cycliqx

Cindax

@cycliqx

Mechanical , Industrial Design Specialist

United States
English
About me
Mechanical & Industrial Design Engineer focused on turning physical product concepts into production-ready CAD models. I ensure every design meets precise manufacturing constraints, factory tolerances, structural integrity requirements. Core skills: • 3D CAD modeling • Mechanical part design • Sheet metal enclosures • Plastic injection mold prep • Assembly modeling • Reverse engineering • CNC manufacturing drawings • 3D printing prep (STL). I use SolidWorks, Fusion 360, Autodesk Inventor daily. Message me with your project details before ordering.... Read more

Skills

c
cycliqx
Cindax
Offline • 
Average response time: 1 hour

See my services

Design for Manufacturing
I will create mechanical part drawings, autodesk inventor 3d cad, injection mold
From$25 / projectMore details
Design for Manufacturing
I will model generative mechanical parts to iso 2768 standard in fusion 360 for cnc
From$15 / projectMore details

Work experience

LinkedIn

Senior Mechanical & Product Design Engineer

LinkedIn • Full-time

Apr 2021 - Present • 5 yrs 4 mos

Lead mechanical product design engineer delivering production-ready 3D CAD models, complex assemblies, and tooling prep for hardware startups and industrial clients. Specialized in plastic injection molding, sheet metal enclosures, and precision CNC components using SolidWorks and Autodesk Inventor. Key Responsibilities & Accomplishments: • Engineered 35+ injection-molded enclosures applying rigorous DFM practices (draft angle analysis, uniform wall thickness, rib structure placement, and mold core/cavity separation). • Designed sheet metal structural chassis and mounting hardware with accurate k-factor bend allowances for automated CNC laser cutting and press brake forming. • Produced full 2D production drawing packages compliant with ASME Y14.5 GD&T standards, conducting detailed tolerance stack-up analyses to ensure zero assembly clash. • Conducted DFM/DFA reviews with domestic and overseas toolmakers, utilizing Moldflow simulation data to optimize gate locations and eliminate sink marks. • Validated complex mechanical linkages and multi-part assemblies using FDM/SLA 3D printing and rapid prototype testing prior to hard tooling sign-off.