TAU / EDUCATION SOLUTION
Motion capture for universities:
the teaching studio checklist.
Room, cameras, markers, software, teaching workflow and acceptance. A practical guide to choosing Lumen Studio 8 or 16 for a specific site.
A teaching mocap studio is more than cameras and a suit. Regular classes need a prepared capture area, synchronisation and computing infrastructure, markers and mounts, software, a clear export path, spare consumables, instructions and teacher training. The configuration follows the disciplines, group size and movements students must record.
Teaching task
Start with the discipline, not the camera count.
| Scenario | What the student learns | What matters in the kit |
|---|---|---|
| Character animation | Recording, cleanup, retargeting and export | Stable skeleton, sample data and validated formats |
| Film and virtual production | Working with a performer, prop and preview | Capture area, synchronisation and validated delivery to the teaching application |
| Game development | Engine data delivery and iteration | Documentation, sample project and a repeatable workflow |
| Robotics and research | Measurable trajectories and a test protocol | Source data, metrics, synchronisation and a validated API |
Studio contents
What regular classes require.
The specification separates what TAU supplies, what the university provides and what is added for the project.
- Cameras and lenses
- Mounts, stands and safe installation
- Network, synchronisation, workstation and storage
- Calibration device
- Markers, bases, suits and prop mounts
- Recording, processing and export software
- Test object and teaching examples
- Teacher and student instructions
- Spare consumables and maintenance
- Training, support and acceptance criteria
Site
Useful capture volume is not the same as room area.
A calculation needs length, width, height, a floor plan, columns, reflective surfaces, lighting, mounting points, safe passages and an observation area. Movements are specified separately: walking, turns, floor work, hands and props.
Project options
Lumen Studio 8 or 16.
| Criterion | Studio 8 | Studio 16 |
|---|---|---|
| Project role | Compact teaching scenario and lower entry budget | More independent viewpoints for a demanding studio |
| When to consider | Coverage of the agreed area is confirmed by calculation and a reference recording | Additional viewpoint overlap is needed for complex movement and props |
| What drives the choice | Capture area, low poses, people count and acceptable gaps | The same criteria plus output-data and teaching requirements |
Neither 8 nor 16 cameras guarantees results in every room. Sufficiency is checked on the actual route and reference take.
Teaching workflow
How a class runs.
- 01
Assignment
The teacher selects an exercise and reference take.
- 02
Preparation
The group checks the scene, calibration, suit and markers.
- 03
Recording
The student performs the movement and the source take is saved.
- 04
Review
The group evaluates gaps and data quality, not just the character image.
- 05
Export
The result is opened in the agreed teaching application.
- 06
Method
The teacher saves the assignment, data and assessment criteria.
Data and software
Compatibility is fixed before delivery.
Formats, software versions and export routes are validated in the university’s application. Lumen Studio 0.1.0 remains a technical preview; delivery features are defined by the documentation of the specific public release. Only validated capabilities are included in the teaching specification.
Deployment
What the launch should include.
- Placement plan and installation
- Calibration and reference recording
- Class-start instructions
- Hands-on teacher training
- Test data and an exercise
- Maintenance and consumables procedure
- Support channel and agreed response times
Acceptance
Validate the teaching result, not just system startup.
| Stage | What to check | What to retain |
|---|---|---|
| Calibration | Repeatability across the agreed area | Calibration parameters or report, if available |
| Route | Centre, edges, turns, low poses and working gestures | Source recordings and gaps |
| Props and hands | Movements relevant to the discipline | Losses, identification and recovery |
| Export | Opening the result in the agreed application | File, software version and result evidence |
| Teaching take | Teacher and student repeat the workflow | Time, errors, comments and final recording |
Acceptance thresholds are agreed before delivery for the chosen discipline and scenario.
Method selection
Optical, inertial and markerless mocap.
| Method | Strength | What to check |
|---|---|---|
| Optical marker-based | Body and object capture with suitable geometry | Area, calibration and occlusion |
| Inertial | Mobility and fast deployment | Drift and data requirements |
| Magnetic-inertial | Local tasks without optical visibility | Magnetic environment |
| Markerless | Fast start and less performer preparation | Movement, fingers, props and data accuracy |
| Hybrid | Combining the strengths of different methods | Synchronisation, methodology and deployment complexity |
Studio estimate
What to prepare for a commercial proposal.
- Disciplines and students per group
- Floor plan and room dimensions
- Performer count and typical movements
- Requirements for props, fingers, face and floor work
- 3D applications and engines in use
- Source-data and export requirements
- Installation constraints
- Procurement timing and procedure
- Training and support expectations
A teaching mocap studio is more than cameras and a suit. Regular classes need a prepared capture area, synchronisation and computing infrastructure, markers and mounts, software, a clear export path, spare consumables, instructions and teacher training. The configuration follows the disciplines, group size and movements students must record.
Get a studio configuration for your site