Ararad G.

I'm a Mechanical Engineer/3D designer. I have 28+ years of experience in reverse engineering mechanical parts, machines, car parts ,diecasting parts, ... or anything from 3D scan data, stl, obj, point cloud or mesh file. I use Creo parametric, Geomagic , Catia, ... software to create highly accurate products. I specialize in designing 3D models of parts and developing plastic injection molds with the best balance of time efficiency and cost-effectiveness.My designs are optimized for functionality, manufacturing, and performance, ensuring they are not only visually accurate but also practical for real production. I have bin working as a self employed mold designer and CNC mold machinist for 20+ years .I recently decided to expand my work as a freelancer to collaborate with more international clients. With my extensive experience and attention to detail, I am confident I can provide outstanding service and value for your projects. Employment Experience Self-Employed Mold Designer & CNC Machinist | Ararad G. Engineering Solutions 2003 – Present Designed and optimized plastic injection molds ,blow molding and diecast for 28+ years for industries (automotive, aerospace, consumer goods) using Creo Parametric, Catia, and Geomagic, ensuring precision and cost-efficiency. Delivered 2000+ mold designs with a 98% client satisfaction rate, reducing production lead times through streamlined workflows and advanced engineering techniques. Specialized in CNC mold machining, producing high-tolerance components for clients , with a focus on diecasting and automotive parts . Reverse Engineered complex parts from 3D scans, STL files, and point clouds, achieving high accuracy in final models. Advised on manufacturing feasibility and material selection, minimizing prototyping costs for clients. Key Strengths: 28+ years of hands-on experience in mold design, reverse engineering, and 3D modeling and product design from customer consept. Proficient in Creo, Catia, Geomagic, and AutoCAD for end-to-end product development. Proven ability to balance design innovation with production practicality.