LEDs, resistors, batteries, wires, potentiometers to adjust brightness, switches.
We use our innovative approach to engage children as young as age 4 with electronics, sensors, and computing in a fun and accessible way. Develop resilience, dexterity, precision, and algorithmic thinking early in life.
Learn to use breadboards for complex circuits. Parallel and serial designs. Traffic lights 101: build one up from first principles, then use a microcontroller to programme the timings. Can you handle the complexity of a 4-way intersection? Right-turning traffic? Pedestrians?
Participants choose the parts they'll need.
Wire up an 85dB alarm, and explore its three sound modes. Find your own groove and blend together with your fellow participants to create an alarmingly good rhythm.
Explore motion sensing, transistors, and mapping a sensor's 'field of view'.
Explore clap-, shout-, and breath- activated responses.
Wire up a low-power laser triggered either by switches, sensors, or a microcontroller.
Build a beam-break detector. Right out of The Minions. Challenge: can you use this technique to create a smart people counter?
Prototyping a 'smart door handle' that knows when it is opened.
Build a differentially steered vehicle.
Programme a laser mounted dual-axis pan & tilt system to automatically fire on pre-preprogrammed target positions.
Build & control a 3-D platform system (pan, tilt, roll)
Graphics and Low-Level Computing. Learn what it takes to roll your own programming language, write an single-pass assembler and compiler. Stack computing & the potential of eco-computing (ultra-low power computing).