ELECTRIFIED!

Quick Facts

Grades

5–8 (strongest 6–7)

Show

~70 minutes

Apprentice Lab

Optional 20–30 minutes

Total

90–110 minutes

Format

Magic/science show + lab

Venues

Auditorium, gym, theater

Works in auditoriums, gyms, theaters, and similar gathering spaces. Portable enough to tour Wonderful Foundations campuses. Do not mix with a high-school trades day — that is Build The Future.

• Act 1 — The Blackout (≈5): Students enter a darkened stage. The magician tries to begin. Lights, music, screens, and props fail. An electrician enters with tools, uses a real meter, finds the fault, and the system comes alive. — Electricity makes the modern world work.
• Act 2 — Invisible Power: A fluorescent tube or theatrical device illuminates without an obvious wired connection. Magician: “Where's the wire?” Electrician: “There isn't one.” Electrical fields, induction, and wireless energy stay visual — not a lecture.
• Act 3 — The Human Circuit: Six to ten students complete a safe low-energy circuit. A giant light or effect fires. Break one connection and it stops. A deliberately bad connection becomes a troubleshooting mystery: open circuit versus closed circuit. — Electricians are professional problem solvers.
• Act 4 — Electric Levitation: A lightweight object appears to float. The magician presents it as impossible. The electrician reveals the invisible electrostatic or electromagnetic forces. Scientifically legitimate, professionally engineered, and difficult for children to reproduce unsafely at home.
• Act 5 — Electric Detective: A theatrical wall hides wires, switches, junctions, and outlets. Something isn't working. Guessing fails. The electrician uses actual diagnostic tools — meter, continuity tester, tracer — and students help find the fault. — Electricians don't just pull wires. They diagnose complicated systems.
• Act 6 — Build a Magnet: An ordinary iron core lifts nothing. Wrap a coil, apply safe low-voltage power, and it becomes an electromagnet that picks up washers, bolts, or a theatrical chain. Cut the power — everything falls. Then connect the idea to doorbells, motors, elevators, EVs, and robotics. — Electricity can create movement.
• Act 7 — The World's Simplest Motor: An oversized motor demonstration makes electricity → magnetic field → movement visible. Then the stage reveals fans, pumps, tools, elevators, robots, and vehicles that suddenly begin moving.
• Act 8 — Electricity Through the Air: A wireless induction demo powers an LED without a direct wired connection. Farther away it dims. Closer it brightens. Another coil produces a surprise. Show first. Explain second.
• Act 9 — Electricity Makes Things Move: Solenoids, actuators, and relays move stage mechanisms. No projectile devices. Connect the motion to robotics, automation, doors, factories, and transportation.
• Act 10 — Lightning: The visual climax: a professionally designed and operated Tesla coil or equivalent high-voltage stage system. Arcs, sound, and nearby lamps reacting. Then silence. The electrician: the most important thing is making sure electricity goes only where it is supposed to go. — Safety is knowing electricity well enough to control it.
• Act 11 — How Much Power?: An audience guessing game. Devices on screen from an LED bulb to a data center. Oversized animated meters introduce volts, amps, and watts without making it math-heavy.
• Act 12 — Wire the Future: A transparent house or community starts dark. Kids use large safe theatrical connectors to complete SOURCE → PANEL → PROTECTION → CIRCUIT → LOAD. Each correct connection lights another section until the whole system comes alive.
• Final Trick: Magician: “You just did my biggest trick.” Electrician: “That's not a trick. That's a job.” Darkness. Then: YOU COULD BECOME AN ELECTRICIAN. Then ELECTRIFIED!

Three safety tiers

• Student interactive — Only touch-safe, low-voltage systems specifically designed for student interaction. Human circuit, apprentice lab stations, and theatrical connectors.
• Performer demonstration — Equipment operated by trained staff with appropriate barriers and controls. Levitation, motors, induction, and electromechanical effects.
• Professional high-voltage demonstration — Tesla coils or equivalent high-energy systems operated only by qualified professionals under venue, engineering, and safety protocols.

High-voltage climax review

• Professional engineering review — RESEARCH REQUIRED
• Qualified operators — RESEARCH REQUIRED
• Physical barriers and emergency shutoff — RESEARCH REQUIRED
• Venue approval and electrical inspection — RESEARCH REQUIRED
• Appropriate insurance — RESEARCH REQUIRED
• PPE and safe audience distance — RESEARCH REQUIRED