Industrial Design / Engineering Collaboration / Product Development

Industrial Pump Design Optimization

A series of professional industrial design projects focused on optimizing the appearance, consistency, and visual identity of industrial pump product families.

Working in close collaboration with engineering teams, I refined external components and product architecture while respecting mechanical requirements, manufacturing constraints, assembly logic, and existing production processes. The work aimed to improve product coherence across different models, strengthen brand recognition, and enhance the overall quality of customer-facing products without compromising engineering performance or production feasibility.

Role: Industrial Product Designer
Time: 2025-2026
Tools: SolidWorks / KeyShot
Project Type: Professional Product Design Optimization
Status: Professional / Confidential

Protected by NDA

Only permanently obscured static previews are published. Original videos, source CAD, specifications, and proprietary details remain offline.

Permanently obscured static preview of confidential external component optimization — External component optimization for a Sabi Pegaso pump configuration, developed within existing mechanical and assembly constraints.

Permanently obscured static preview of a confidential pump configuration — External component optimization for a Sabi Pegaso pump configuration, developed within existing mechanical and assembly constraints.

Permanently obscured static preview of confidential product-family refinement work — Design refinement of an external Distanziale component for product-family consistency and customer-facing product quality.

Permanently obscured static preview of confidential cover component optimization — Cover component optimization across pump models, balancing visual consistency, mechanical requirements, and production feasibility.

Permanently obscured static preview of a confidential pump component study — Cover component optimization across pump models, balancing visual consistency, mechanical requirements, and production feasibility.