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ArtTechnologyStorytelling

Immersive Theater Technology

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Grades 6-890-120 minSource: Creative Dad Company

Students design an immersive theater show with a branching story. The audience's choices set off real lighting, sound, or set changes through simple switches and cues. It is a great mix for theater fans and stage-tech fans.

Budget levels

Amazon prices checked Oct 9-10, 2026 and may change

Materials links go to Amazon. Prices are estimates and may change. As an Amazon Associate, Creative Dad Company earns from qualifying purchases.

Quick Start

Digital downloads only.

$0 to buy. Printing noted separately.

Student time: one class period, one day.

Teacher prep / build-ahead: separate from student time.

Scale it

The default plan is one class period on a single day.

Scale back: Fit it into a shorter period, use fewer effects, or run a demo instead of a build.

Scale up: Add one extra effect, or spread the share-out across another day.

Ambiance video

Ambiance video coming soon from Creative Dad Studio

  • Cue System Design Brief templatePrintinguse what you have

Full Experience

Required materials for the class.

$15.38 per class (class of about 30, 6 groups).

Student time: one day.

Teacher prep / build-ahead: separate from student time.

Scale it

The default plan is one school day.

Scale back: Fit the build into one period with fewer effects.

Scale up: Spread the work across days, or add more effects.

  • spare batteries and simple switches for the circuit testRequired1 x 20 batteries + 1 x 20 switches20 batteries + 20 switches$9.99 + $5.39AmazonAmazon

Total Transformation

The bigger kit, with every optional item included.

$15.38 per class (class of about 30, 6 groups).

Student time: one day (one session, one-day event).

Teacher prep / build-ahead: separate from student time.

Scale it

The default plan is one session, a one-day event.

Scale back: Shorten the event, or run a demo for a smaller audience.

Scale up: Spread the build and the event across days, or invite a bigger audience.

Materials

Switches, lights or sound makers for cues; Wiring materials (type not specified); Script for a branching story; Cue System Design Brief template; spare batteries and simple switches for the circuit test

Materials links go to Amazon. Prices are estimates and may change.

As an Amazon Associate, Creative Dad Company earns from qualifying purchases.

  • Switches, lights or sound makers for cues

    Switches, lights or sound makers for cues

    No link

  • Basic circuit kit

    Wiring materials (type not specified)

    Shop

Steps

  1. Write a short branching story with at least two audience choices and decide which light, sound, or set cue marks each path.
  2. Mini lesson and quick test: build one battery, wire, switch, and bulb or buzzer circuit and record what happens when the loop is open versus closed. Note how far a cue can be from the battery before it dims or fails.
  3. Write a Cue System Design Brief with precise criteria (for example, each cue fires within 2 seconds of the choice, works 9 out of 10 tries, is visible from the back row) and constraints (budget under $10, only 3 V or 9 V batteries, setup under 5 minutes, no loose wires where the audience walks).
  4. In the brief, cite the science that limits your options: a cue only works in a closed loop, longer wires and more bulbs on one battery mean dimmer output, and batteries run down. Explain how each fact changes what you can build.
  5. Add an impacts section: audience safety (trip hazards, warm bulbs, sudden loud sounds for sensitive viewers) and environmental impact (battery waste, reusable versus throwaway parts). Turn at least two impacts into extra constraints.
  6. Build the cues and run a live audience through both branches. Record timing and success for each cue in a table, then fix any cue that misses a criterion.
  7. Perform the full show, then hold up the brief and check off which criteria and constraints were met and which still need work.

Standards mapped

  • NGSS · MS-ETS1-1

    Define the criteria and constraints of a design problem with sufficient precision to ensure a successful solution, taking into account relevant scientific principles and potential impacts on people and the natural environment that may limit possible solutions.