Blender to Twin Integration
Blender to Twin Integration · Product Industrial Design (Blender & Digital Twin) course
Objectives
Section titled “Objectives”Export the model as a GLB with the correct size, correct axes, and clear clip names, then import it into a Twin host, define sensor and interaction points, and test it against clips or telemetry.
Lessons
Section titled “Lessons”| # | Lesson | Content |
|---|---|---|
| 1 | Exporting GLB and importing into a Twin host | What “Twin-ready” means, preparing the file before export, the glTF Binary workflow, post-import checks, sensor and interaction points, and a minimum test matrix |
| 2 | Lab: export GLB and import into the Twin | Preparing the file, exporting .glb, importing into a Twin host, marking sensor/interaction points, then testing with clips or data |
Approximate time per the original: about 3 hours (lessons) + a 2.5–3 hour lab.
Accompanying sheets and templates (in the resources/ folder of lesson 1):
Checkpoint
Section titled “Checkpoint”Before moving to the next module, check that you can do the following:
- An enclosure_twin.glb file, plus the source .blend
- A screenshot of the model in Bitstream Studio at a usable size and orientation
- ≥ 1 named sensor/interaction point
- Clip or telemetry test results, and export-twin-checklist.md filled in completely
TESA Open Knowledge · © 2026 สมาคมสมองกลฝังตัวไทย (TESA) · CC BY-NC 4.0
Content is licensed CC BY-NC 4.0. Reuse it non-commercially and credit the Thai Embedded Systems Association (TESA) every time. · How to cite TESA