Workcell.io is a UI/UX concept for an AI-assisted industrial robotics configuration platform. The idea is to bring robot selection, workspace planning, reach visualization, and technical specifications into one unified interface.

The design approach

The challenge was to present complex engineering information without making the workspace feel overwhelming. I explored a layout that keeps the 3D workcell at the center, with supporting tools positioned around it for quick access.

Key interface highlights

Interactive 3D workspace: Visualize the robotic workcell, surrounding equipment, and reach envelope.

Parts catalog: Browse and compare robotic arms, tooling, conveyors, safety components, and other equipment.

Technical overview: Access important specifications such as payload, reach, cycle time, footprint, and power consumption.

Configuration controls: Switch robot models, adjust tooling options, and manage cable routing and safety-related settings.

Engineering handoff: Export CAD files, bills of materials, and configuration specifications.

Visual direction

I used a clean, light interface with restrained colors, clear information hierarchy, and a spacious 3D viewport. Yellow highlights important actions, while purple provides a secondary visual accent.

The goal was to make an engineering-heavy tool feel approachable while preserving the precision and information density required for industrial workflows.

My focus: Visual design, information architecture, usability, and the relationship between a technical control panel and a real-time 3D workspace.

This is a conceptual UI/UX exploration of how industrial robotics software could be designed for a more intuitive workflow