The presentation provides an overview of wearable electronics, including how they work, their applications, advantages, and disadvantages. It discusses how wearables integrate electronics into daily life to monitor health, track activity, and enhance experiences. The presentation outlines the basic components of an electric circuit used in wearables and provides guidelines for designing wearables, such as selecting materials carefully and optimizing code. It envisions future advances in wearables through cheaper components, 3D printing, and crowd funding. Wearables are seen as transforming healthcare, assisting with work and learning, and becoming integrated into fashion and textiles industries.

1. Presentation on
WEARABLE
ELECTRONICS
Department of Electronics & Communication Engineering
Jaipur National University, Jaipur
Presented by : UJJVAL KUMAR ( Roll No: 8EC40)

2. Contents
• Introduction
• Why this technology?
• How it Works
• What’s in a Circuit?
• Rules for Designing Wearable
• Future Aspects
• Advantage & Disadvantage
• Application Areas
• Conclusion
• Reference 2

3. Introduction
• Wearable technology, wearable devices or
fashion electronics are clothing and
accessories incorporating computer and
advanced electronic technologies
• They play an important role in healthcare
monitoring, analyzing and even healing.
• A device is considered wearable if Device is
worn for extended period of time User
inputs and control possible, Enhancement of
user’s experience.
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4. Wearables , furthering the reach of electronics into
our lives…….
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5. Why this technology?
• Wearable tech begins to close the separation gap
as we make the tech much more integrated with
us rather than apart from us.
• While some people wear electronics to help them
perceive their surroundings more deeply, others
wear these to keep track of calories, distance
walked, heart-condition and other parameters.
• Its important to know that the wearables are not
new. Like all tech, it itself has been on a journey.
And the road has been long to even get here!
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6. How it Works
LED and
Battery Check
• An electric circuit works in a
connected loop where charge flows
from one terminal to another.
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7. 7
A circuit needs 3 things:
• Voltage
• Load
• Conductive Path
What’s in a Circuit?
• We should understand that both a
battery and LED have a voltage that
must be complementary. Or that we
can use resistors to reduce current.
Don’t connect a single 2.4V LED directly to a
9V battery - or do it and see what happens.

8. Rules for Designing Wearable
8
DELIVERING GOOD
DESIGN FOR
WEARABLES
COLLECT ONLY
THE DATA THAT
YOU REALLY
NEED .
TECHNOLOGY
TO SAFEGUARD
AGAINST
IRREPARABLE
DAMAGE.
SELECT
THE
MATERIAL
CAREFULLY
USE MCU’S
WITH
MULTIPLE
LOW-POWER
NODES .
OPTIMISE
THE
CODE.
DATA PROCESSING
NEEDS TO BE
MOVED TO THE
GATEWAY.
REDUCE NO.
OF
SENSORS.

9. Future Aspects
• The decreasing cost of processing power
and other components is encouraging
widespread adoption and availability.
• 3D printers are facilitating quick
prototyping.
• And crowd funding platforms are
providing new ways to get funds.
• And hence ,wearable technology is on the
rise in personal and business use.
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10. Application Areas
• Transforming Healthcare
• War with wearable Technology
• Wearable-Patches
• Smart Cycling With Wearables
• Assistive Wearables for Learning
• Fashion/Textile Industry
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11. Advantages
• User friendly, easy to learn
• Computer moves with you
• Patients data easily obtained
• Eliminates unnecessary charting
• New technology appeals to net generation
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12. Disadvantages
• Small display
• Smaller keyboard
• Different ways to enter data
• Need to enter data while interacting
• New technology intimidating
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13. Conclusion
• Wearable Computing is an upcoming technology.
• A Wearable Computer is not a belt-worn desktop
computer.
• IT-Support gets deeper into work processes.
• Wearable Computing will bring efficiency on
site.
• A lot of work still to be done-looking forward to
newer advanced versions.
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14. Reference
• www.efymag.com
• IEEE journals
• www.ehow.com
• technologyonthemove.blogspot.in
• www.marketsandmarkets.com/wearble-electronics-market-983.html
• en.wikipedia.org/wiki/wearable_computer
• www.wearble-technologies.com
• electronicdesign.com/power/iot-devices-and-wearables-push-
development-thin-flexible-batteries
• http://www.triplepundit.com/2015/06/future-wearable-tech/
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