FORMWEFTTask and script
Break down standard steps, necessary prompts, common errors, and assessment points with subject matter experts. Each scene has clear completion conditions, not just free exploration.
Turn operational steps into a repeatable practice experience.
For business teams that need training in scene understanding, step memory, and anomaly response. Organize space and interactions around teaching goals, making visual presentation serve understanding, operation, and feedback.
Spatial Concept Demo
Design tasks first, then build the space
Blueprint: Select task → Understand goal → Watch demo → Complete interactive steps → Handle simulated anomalies → Get feedback → Generate learning record.
Layered interaction and digital guidance
Use goal prompts, hotspots, step confirmations, and character narration to structure learning; provide text and static alternatives to avoid relying only on audio, animation, or complex gestures.
Simulate anomalies and explain feedback
Set up missing steps, wrong choices, and insufficient information in a controlled space, explaining reasons and correct handling. High-risk real operations still rely on professional training and on-site policies.
Content and records into backend
Manage scene copy, teaching materials, versions, and learning records by scope. When integrating with enterprise training platforms, first confirm login and data exchange capabilities.
Device scope is a design condition, not a final patch
Client preparation
Provide teaching goals, standard operating materials, site or product references, usable model assets, assessment rules, and target device list; designate subject matter experts to confirm content accuracy.
Experience delivery
Deliver scenes, models, animations, interactive flows, subtitles or narration, scoring feedback, and content backend by scope. Material precision, scene count, and language versions need prior agreement.
Technical handover
Deliver test records on target devices, resource specs, content update notes, and maintenance manuals. External headsets, hardware purchases, and training platform licenses are separately specified.
Complete learning tasks on agreed devices
Content and teaching
Have subject matter experts verify terminology, operation sequence, prompts, and error feedback; have representative learners complete tasks and record misunderstandings and interruptions.
Interaction and accessibility
Verify mouse, touchscreen, or headset input, return and retry, subtitles, and reduced motion settings. Keep consistent learning goals across ends without requiring identical interactions.
Performance and data
Test time-to-first-screen, interaction response, and stability under agreed device and network conditions; check consistency of learning results, permissions, and version records.
Boundaries of spatial training
Is a VR headset necessary?
Not necessarily. You can start with desktop and mobile browser experiences; only design a headset version when spatial operations and immersive training truly add value, and clearly specify device compatibility scope.
Can it replace on-site qualification or practical assessment?
It cannot be assumed as a replacement by default. It can assist with understanding, practice, and process recording, but formal practical operations, qualification requirements, and safety judgments are still confirmed by the client's responsible personnel according to applicable rules.
Can existing 3D models be used directly?
You need to check licensing, format, polygon count, materials, and animations, and typically do cleanup and performance optimization. If no model is available, you can create one based on authorized materials and confirm accuracy scope.
Start with one task
Describe training audience, key steps, target devices, and existing materials. Note whether headset, multi-language, or training system integration is needed.
Spatial Concept Demo