Hi, I'm Nicolas Martinez, an industrial designer and 3D artist focused on product visualization, animation, and storytelling. I bridge design and technology to create high-quality visuals that clearly communicate ideas. Based in Buenos Aires, I lead collaborative projects across product, architectural, and advertising fields, building end-to-end 3D pipelines and delivering visuals for campaigns in the U.S. and Europe.

Nicolas Martinez

Hi, I'm Nicolas Martinez, an industrial designer and 3D artist focused on product visualization, animation, and storytelling. I bridge design and technology to create high-quality visuals that clearly communicate ideas. Based in Buenos Aires, I lead collaborative projects across product, architectural, and advertising fields, building end-to-end 3D pipelines and delivering visuals for campaigns in the U.S. and Europe.

Available to hire

Hi, I’m Nicolas Martinez, an industrial designer and 3D artist focused on product visualization, animation, and storytelling. I bridge design and technology to create high-quality visuals that clearly communicate ideas.

Based in Buenos Aires, I lead collaborative projects across product, architectural, and advertising fields, building end-to-end 3D pipelines and delivering visuals for campaigns in the U.S. and Europe.

See more

Language

Spanish; Castilian
Fluent
English
Fluent

Work Experience

Co-Founder / 3D Artist at Hightrace Studio
January 1, 2025 - November 21, 2025
Lead creative direction for 3D visualization and animation projects across product, architectural, and advertising fields. Developed and managed complete 3D pipelines using Rhino, Blender (Cycles/Eevee), and V-Ray. Produced visual content for AR experiences and marketing campaigns in the U.S. and Europe.
3D Artist at Fresco Design
December 31, 2024 - December 31, 2024
Created high-fidelity visualizations for industrial and consumer products from early design through marketing stages. Interpreted CAD data, designed lighting setups, and generated animations aligned with brand direction. Collaborated closely with industrial designers to communicate form, material, and function effectively.
Lead Industrial Designer at Sabella Engineering
December 31, 2020 - December 31, 2020
Designed and developed biosafety laboratory equipment, including laminar flow hoods and containment cabinets. Responsible for product design, technical documentation, and production supervision. Oversaw prototyping, supplier coordination, and on-site verification of manufacturing processes. Ensured compliance with ergonomic and safety standards throughout all project stages.
3D Artist at Freelance Designer, Global
December 31, 2020 - December 31, 2020
Delivered modeling and visualization services for clients in Argentina, Poland, and the U.S. Created product renders, crowdfunding visuals, and interior design animations.

Education

Industrial Design at University of Buenos Aires (FADU-UBA)
January 11, 2030 - November 21, 2025
Industrial Design Program at ORT Technical School No. 2
January 11, 2030 - November 21, 2025

Qualifications

Add your qualifications or awards here.

Industry Experience

Manufacturing, Media & Entertainment, Real Estate & Construction, Professional Services, Software & Internet, Consumer Goods
    uniE608 Torsen Differential – CAD Workflow & 3D Animation
    This project showcases a full 3D animation of a Torsen differential mechanism. The model was sourced from CAD data (GrabCAD) and brought into Blender through a clean CAD-to-visualization workflow. The process included CAD cleanup, part organization, shading, lighting, and rigging the mechanical motion to accurately illustrate the internal behavior of the mechanism. The final result is a clear, polished animation suitable for technical presentations, explainers, and engineering communication. 3D productvisualization mechanicaldesign animation Blender CAD engineeringvisuals digitaltwin techanimation
    uniE608 Torsen Differential – CAD Workflow & 3D Animation
    This project showcases a full 3D animation of a Torsen differential mechanism. The model was sourced from CAD data (GrabCAD) and brought into Blender through a clean CAD-to-visualization workflow. The process included CAD cleanup, part organization, shading, lighting, and rigging the mechanical motion to accurately illustrate the internal behavior of the mechanism. The final result is a clear, polished animation suitable for technical presentations, explainers, and engineering communication. 3D productvisualization mechanicaldesign animation Blender CAD engineeringvisuals digitaltwin techanimation
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization
    uniE621 DJI Agras – Product Visualization & 3D Rendering
    This project showcases a high-end 3D visualization of a DJI Agras-style agricultural drone. The goal was to create a clean, photorealistic product render suitable for marketing, presentations, and feature breakdowns. The workflow was built around direct CAD integration, converting engineering geometry into a fully shaded, lit, and composited asset in Blender. The process included CAD cleanup, material development, lighting setup, and final rendering inside a controlled studio environment. 3D productvisualization rendering animation Blender CAD digitaltwin hardwarescenes techvisualization