Computer-Aided Design (CAD)
At Carelli Design, human-centered design often demands the support of advanced digital technologies. Our teams leverage a suite of state-of-the-art software tools across multiple platforms, disciplines, and media to ensure the right application is matched to each unique design challenge.
To streamline our process and foster creativity, we deliberately avoid time-intensive CAD systems during the early concept exploration phase. While CAD tools are essential for visualizing complex geometries and assemblies, they can limit creative fluidity in the earliest stages. Nonetheless, our advanced CAD workstations play a vital role later in the innovation lifecycle—operating 24/7 throughout development, refinement, and production.
Digital Artisans of the Future (CG/AI)
Our Digital Engineering team specializes in high-fidelity computer-generated modeling and animation, seamlessly integrating live-action footage with CG and AI-driven environments and characters. These digital artisans—whom we call imagineers—construct fully immersive 3D virtual worlds, reimagining reality with pixel-perfect precision. From animated storytelling to dynamic product visualizations, their work transforms imagination into cinematic, photorealistic content.
Software & Technical Expertise
AutoCAD, 3ds Max, Maya, Alias, Inventor
Pro/Engineer, Solidworks, Blender
Final Cut Pro, Motion, Soundtrack Pro, Logic Pro
Premiere Pro, After Effects, Photoshop, Illustrator
Cinema 4D, Pixar RenderMan, Lightworks, Avid
AI & Generative Platforms, Google Veo, Google Flow, Google Whisk
Carelli Proprietary Software Modeline, VideoTiera, CineDex II
Many Others. A Full List is Available Upon Request.
Interdisciplinary Units
Strategic Solutions
Product Design
Interaction Design
Interactive Media
Artificial Intelligence
Communication
Engineering
Model & Prototyping
Manufacturing
CAD/CG/AI Modeling
The Innovation Process
The Process of Innovation
Our Objective
Our Approach
Strategic Design Process
Multi-Disciplinary Teams
Global Research
Ergonomics
Design Research