3D Model
Complex Surface Mold Engineering; From 3D Scan (Reverse Engineering)
involving high-precision Reverse Engineering from 3D scans (Faro Arm) and surface reconstruction for complex textured parts. The project required resolving intricate "undercuts" on textured surfaces (similar
Designer
yaraa3
Computational Designer
and Grasshopper expert. I specialize in precise, complex geometry-based Modeling. | What I do | • Transform ideas into Forms and 3D Models • Complex Geometry and Parametric 3D Modeling • Grasshopper Automation
3D Model
Complex Surface Mold Engineering; From 3D Scan (Reverse Engineering)
## Role: Senior Mold Design Engineer & Surface Modeler ## Project description: I executed a comprehensive mold engineering project involving high-precision Reverse Engineering from 3D scans (Faro Arm)
3D Model
Impeller_v2
• Advanced Surfacing: Developed using complex surface modeling techniques in Autodesk Fusion 360 to ensure smooth airflow and optimal blade geometry. • Design for Manufacturing (DFM): The blade profiles
3D Model
General Design 3D Modeling.
High-precision mechanical design created in Autodesk Fusion 360, focusing on realistic mechanical interactions, complex engine geometry, and accurate component fit. Ideal for automotive design reference, mechanical
3D Model
ABS-injection molded container with inner exchangeable cartridge.
Client had a design and clear vision in mind. The main problems behind this project was to keep the clients design vision intact, while working with complex shut-offs to manufacture important undercut-geometry
Designer
andrijam1
Rhino / NURBS CAD Specialist | Reverse Engineering & Product Design
of experience working primarily in Rhino. I specialize in creating accurate, clean and editable geometry for product development, reverse engineering, visualization and fabrication. I can work from sketches
3D Model
Matrix-Style Glass Percolator Water Pipe Design
This project involved the design and development of a Matrix-style glass percolator water pipe, engineered to deliver enhanced smoke filtration while showcasing a modern, precision-crafted appearance.
3D Model
TABLE
Designed a complex freeform surface structure using advanced CAD modeling and parametric design techniques. The model features a double-curved lattice-supported geometry with a transparent top surface
3D Model
Bell UH-1Y
UHY – Surface Modeling A detailed 3D surface modeling project focused on developing the complex aerodynamic and structural forms of the UHY aircraft. The model was created with an emphasis on precise proportions