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Sharon Ptashek. 2nd Year VisArts Media with Computing Emphasis.

I am a computer artist who is interested in using digital technologies to create works of art and new media. I create projects that require knowledge and creativity using java, c programming, illustrator, photoshop, flash, dreamweaver, and painting. The way you can combine artistic ideas into new media is something that I strive to improve on. I have a lot of work experience in terms of graphic design, marketing, and animation. I want to pursue a master degree in business electronics which is why I am so determined on earning amy first degree in Media with Computing Emphasis.

I have been set on working on computer art since I was 15 years of age, but I always had an interest in electronics and the way they work. Ever since I realized that I was serious about computers and new media (as my future career) I have maintained some kind of an internship or a job in the field.



For my midterm project I have created an automatic light bulb switch. I used a photoresistor that senses when there is light and thus the light in the bedroom turns off and as soon as it's dark the light bulb turns on. The idea for having an automatic light switch is that an individual will never have to forget to turn it on or off as it works automatically. I used a photoresistor, a variable resistor (the 10k), a few resistors, an LED, a breadboard, DC battery as a power supplier, wires, a regulator that will fix the light level as desired by the user, and an iron solder to connect the wires with the flux cores. The transistor controls the switch that will allow the light to turn on using battery power. A transistor is an electronic component that could be used as an electronically operated switch through its three contacts: the emitter (E), base (B) and collector (C). The transistor opens the collector/emitter when a small current is present at the transistor’s base. The “automatic night light” is placed within a Tuscany like bedroom where the LED turns on every time the door closes and turns off every time the door opens. I have created a 3-D model of the Tuscan room and placed the light within the interior of the model. Increasing the brightness changes the resistance of the photoresistor, because as it gets brighter there will be less resistance. When the photoresistor has less resistance the transistor’s base has a greater voltage. In order to fine-tune the circuit, I used a regulator knob that will sense the light and dark conditions. After fine-tuning the circuit, the LED lights up whenever the light hits the photoresistor. The wires are all placed through “the wall” of the bedroom and the breadboard is placed under the bed, or “the ground”, with the intensions of making the model more aesthetically pleasing.









Board.jpg _______________________________________________________________________________________________________________________

1. Camera.jpg Cannon SD 780

2.Toaster.jpg Toaster

3. Ipod-touch.jpg Apple Ipod-Touch

4.Macbook.jpg Macbook

5.Cell.jpg Blackberry Curve

Midterm Project Proposal

My proposal for the Midterm Project is to create a “regulated emergency light switch”. I will be using a photoresistor, a variable resistor (most likely the 100k), a few resistors, a light bulb or/LED, power supply, breadboard, DC battery, AC adaptor, power relay, and wires. The transistor is a semiconductor device that will act as electrically controlled switch (Pg 439). The variable resistor will allow the user to set the exact amount of light wanted for the light to turn on, which will be detected by the photoresistor. The transistor will control the switch that will allow the light to turn on using battery power. The resistors are going to be powered by the AC adapter.

The “regulated emergency light switch” will be placed into a Tuscany like bedroom that will turn on every time the door closes and turns off every time the door opens. I will create a 3-D model of the Tuscan room and place the light within the interior of the model.