completed · 5
Laser Tag Targets
Self-initiated · Interactive Game System
A set of modular laser tag target units built from PVC pipe and translucent baking paper. Each module contains a calibrated photoresistor that detects incoming laser hits from custom-built blasters. The diffused surface ensures reliable detection across the entire target area. Powered by a rechargeable lithium battery via USB-C. Developed as part of an interactive laser tag system for a youth camp.
Electronics · Arduino · Photoresistor · C++ · Upcycling · Battery System
Laser Tag Blasters
Self-initiated · Interactive Game Hardware
A set of three custom-built laser tag blasters using repurposed water gun and garden hose housings. A lithium battery rechargeable via USB-C powers a laser diode when the trigger is pulled. The blasters were designed as part of an interactive laser tag system created for a youth camp, complementing separate laser target units.
Electronics · Arduino · Laser Diode · C++ · Upcycling · Battery System
Space Ship Systems Game
Self-initiated · Interactive Game
An interactive reaction-based game set in a space battle scenario. Four system buttons with corresponding LEDs (maintenance, shield, weapon, energy) must be activated when their matching LED lights up. A random sequence of signals progressively speeds up, challenging the player to keep the ship operational. Powered by an Arduino Nano Every and a lithium battery rechargeable via USB-C.
Electronics · Arduino · LEDs · C++ · Battery System
Emotional Companion Beemo
Self-initiated · Interactive Device
An interactive emotional companion designed to guide users through different feelings. Six buttons allow selection of emotions and navigation, while an Arduino Nano Every drives a 128x128 OLED display to deliver calming, reflective prompts. The enclosure was designed in CAD and 3D printed. Powered by a lithium battery rechargeable via USB-C.
Electronics · Arduino · OLED Display · C++ · CAD · 3D Printing · Battery System
Magic Wand
Self-initiated · Prototype
A handcrafted magic wand that translates motion into light. An accelerometer is read by an Arduino Nano Every to control the brightness of a 12V LED at the tip, powered by a lithium battery rechargeable via USB-C.
Electronics · Arduino · Accelerometer · LED · C++ · Woodworking · Battery System
