birce | Devices for Inquiry

All posts by birce

Born January 9th 1989 in Istanbul, Turkey, after having majored in international relations as an undergraduate at Koc University, She is now so pleased to concentrate on Design and Technology in a graduate level. Her interest in design dates back to her years in high school, where she excelled in drawing, theatre and photography. She was in no time given the opportunity to show her work in a Contemporary Art Exhibition in Istanbul and sell it in an online fine art gallery. She likes taking pictures of daily life from different perspectives, ones that most people don't spend the time to take into consideration while going through a standard day. She likes to combine her photography skills with design as a mechanism for creating websites. She is currently a candidate for an Master of Fine Arts in Design and Technology at Parsons, The New School, New York.

Team: Birce Ozkan and Stephanie Hazlewood

Introduction: How can we represent emotions through a garment? How can we manipulate the response to negative emotions to be productive ones?

When feeling stressed rather than sulking in your stressed state, garment will visualize the body’s excitement as they both produce similar physiological reactions. However, excitement is perceived as the more productive emotion. The garment will recondition the mind’s preconceived notions of each emotion.

Description: We will create a garment that has sensors (i.e blood pressure, body temperature, and pulse) that will detect certain emotions such as stress, sadness or anger. These emotions have similar physiological reactions to their counter-emotion.

Ex 1: Feet/hands shake when feeling stressed or excited

Ex 2: Cry when feeling sadness or joy

Ex 3: Chest puffs out when feeling anger or pride

We will mimic these reactions through the garment that will recondition the mind’s perception of each emotion.

Technical goals: we will use arduino and use temperature, blood pressure, and pulse sensors as tools to map the emotions.

Adafruit’s Bluefruit LE bluetooth module will also transfer the data collected from the garment sensors to a mobile application.

Initial tech ideas for manipulating the garment:

(1) Thermochromic ink that reacts to temperature:

examples:

(2) Conductive memory garment that moves based on electric currents:

ex:

(3) Microfluids:

ex:

Garment Diagrams:

Inspirations:

Aesthetic Experience and Comfort: ‘Object Playing with Movement’: A source of Comfort and Enjoyment by Eunjeon Jeong.

Garment forms and body interactions as a response to insecure situations.

Climatology by Elaine Ng Yan Ling

Celebrating nature’s survival tactics is a new experimental smart textile series that is derived from the design concept of Naturology . Using the smartness of nature to create natural responsive movement.