LightLinks Product Design & Visualization

A combined mechanical-design and rendering workflow that turned stakeholder feedback into same-day photorealistic renders and functional prototypes.

Period: 2025–2026
Role: Contract Mechanical Design Engineer, LightLinks
Methods: SOLIDWORKS · Rendering · Mechanical Design · Visualization

Studio render of a carbon-fiber-textured LightLinks enclosure showing its connector and USB interface

01 / Challenge

Engineering Challenge

Develop the physical product and communicate it visually at the same time. The renders needed to stay grounded in real geometry and design decisions while clearly showing form, interfaces, finishes, and brand details.

02 / Approach

Approach

I handled the real-world mechanical design alongside the visualization work. I assigned materials, built and scaled surface textures, tuned reflection values, and created the backdrop and floor geometry. I also modeled a controllable studio-lighting setup with reflectors and diffusers, assigned luminous properties to each element, and used layout variables and sketches to coordinate the scene and camera views.

03 / Result

Results

The workflow produced a consistent set of product views while keeping visualization connected to the evolving engineering model. Stakeholder feedback could move directly into both visual and physical iterations, balancing manufacturing requirements with the product's aesthetic direction.

04 / Rapid Iteration

From Feedback to Same-Day Decisions

I incorporated stakeholder feedback into same-day photorealistic renders and functional prototypes. Working in both visual and physical formats made it possible to compare changes quickly while keeping manufacturing constraints and aesthetics in the same conversation.

05 / CAD Strategy

A CAD System Built for Collaboration

I spearheaded the company's CAD strategy, applying more than six years of CAD experience to support smoother client collaboration and clearer design documentation. This treated CAD as both an engineering environment and a shared system for communicating design intent.

Key Outcomes

Same dayfeedback to renders and prototypes

Translated stakeholder feedback into same-day photorealistic renders and functional prototypes
Built a reusable lighting setup with modeled reflectors, diffusers, and luminous surfaces
Spearheaded company CAD strategy for smoother client collaboration and design documentation

Front studio render of the LightLinks enclosure with a dark carbon-fiber texture and illuminated detail — Front view used to evaluate the housing split, brand treatment, interfaces, and material response.

Rear studio render of the long carbon-fiber-textured LightLinks enclosure — Rear view checked texture mapping and reflection continuity across the enclosure's broad surfaces.

Three-quarter studio render showing the side and front of the LightLinks enclosure — Three-quarter view developed to study depth, edge highlights, surface finish, and the protruding front feature.

Opposite three-quarter studio render of the LightLinks enclosure — Opposite view verified that the material and lighting system held together across a second camera angle.