Nazanin Tabatabaei

Users interact with the "Air", "Earth" and "Fire" podiums influencing the generative geometry projected on the waterfall bench. This project encourages collaboration towards a shared goal to update the canvas.

Music visualization is realized by generating animated movements and combination of colors and light intensity based on sound (voice, tones, piece of music). The changes in the sound’s loudness, amplitude and frequency spectrum are properties used as input to the visualization.

The main concept of this project is to have a co-creative drawing agent that collaborates with human users in real time artistic collaboration, using the user's facial gestures as input.

In a bar, a last call is an announcement made shortly before the bar closes for the night, informing patrons of their last chance to buy alcoholic beverages. There are various means to make this signal, like ringing a bell, flashing the lights, or announcing orally. The Last Call timer allows the bartender to draw customers’ attention to this matter by changing the ambient light of the bar.

This prototype includes a "Game controller", designed as a tangible interface to a game developed in Processing.org.

In this prototype, I conceptualized an app to be used with a home automation system, using balsamiq.

In this study, I learned how to create a persona and then generate medium fidelity interactions for that persona, in inVision app.

High Fidelity Prototypes give UX designers and teams a great way to verify their designs. Virtual Reality (VR) offers the potential to make a higher fidelity experience for the user by presenting the appliance and interface realistically. This assignment explores this potential.

This visualization supports various user taxonomies using javascript and d3.

This visualization utilizes multiple coordinated views using brushing and linking. Javascript and d3 were used to create this visualization

This interactive visualization includes a filtering mechanism., using javascript and d3.

A process of thermoforming on top of CNC-cut MDF.

Designed with grasshopper3d software, this design was 3D-printed as a small scale proposal for a pavilion design studio.

Designed with grasshopper3d software, this design was 3D-printed as a small scale proposal for a pavilion design studio.

A combination of manual and digital fabrication techniques were explored during this course. These techniques included Hot wire cutting, CNC cutting, Thermoforming, water jet cutting, welding and concrete pouring.