Programable tessellation units.

Turing patterns and repetition into a dynamic surface.

Reconfigurable structures that enhance occupants' social and physical experiences.

Dynamic Pixelation is part of Dynamic Environment studio.

The Wheel magically turns & dispenses the worst fates from all your favourite fairy tales. Complete with sound, lights and mythic automata.

A robotic donation box that engages the donor and creates collaborative video art based on their donation.

Ever wanted to play with the computer that sparked the personal computer age but don't have the cash to buy an Altair? Build your own!

Our 3-day village festival's theme is "Ibiza," so a cocktail bartender seems applicable!

Programmable modular tessellations reactive to environmental conditions.

A presentation system based on RFID-reading rings, controlling the slides by picking up objects and walking on the stage. No clicker.

Its a Scientific Calculator (4 decimal accuracy) with functions like +, -, *, %, Sin, Cos, Tan, arcSin, arcCos, aTan, log made using evive.

Moving and talking Raven Halloween prop that reacts to its environment.

Creative approach to building electronic chessboard upon RFID technology, Hall effect sensors, and Arduino Mega.

Super cool Rubik's cube lamp made to relax students in the middle of tense study at night.

A board with 160 moving cocktail parasols.

A night table with a weather station that displays the date and time.

A beautiful Rubik's Cube solver built completely with Meccano parts

Highly-reliable platform for emergency control on mass events based on the Fog Computing concept.

SURFACE X is an interactive installation focusing on the moment when the self-created digital and our physical identities collide.

It's a rethinking of what a smart Garage could be.!

A mesmerizing mock-up display that combines synchonize movement with the fluid LED.

Area stepper motor on an electromagnetic lane. A basic physical working system hold and drives only based on electromagnetic forces. .

I made this LED pendant light from plywood, LED strips, and flexible LED channel. It is controlled by an Arduino and syncs to music.

When AVR meets AR and Arduino is combined with Google's Project Tango, an autonomous wheelchair is born to help improve millions of lives!