The
University of
Texas at
Arlington
UTA’s Double-E Creative Circuits Club
(the E2C2 Club)
IMPORTANT ANNOUNCEMENT
To View the kit descriptions CLICK HERE
What is the E2C2 Club?
The Double-E
Creative Circuits Club is a special organization for first and second year EE students who have not taken lab-oriented engineering or physics
courses. This Club is sponsored by the
Electrical Engineering Department, the UTA Student Branch of the IEEE, and the
Electrical Engineering Honor Society, Eta Kappa Nu. The primary objective of this Club is to
introduce beginning EE students to the fun part of electrical engineering and
to develop important engineering skills through hands-on projects. Club members are offered a unique opportunity
in a professional yet low pressure lab setting to build, experiment,
investigate, tinker, explore, and even design a wide variety electronic circuits.
Interesting
and challenging circuit projects are provided to the club members in kit
form. Components and parts are also be
available to members who wish to design their own circuit projects. Circuits in kit form involve engineering
skills ranging from very basic to more sophisticated. Examples of kits requiring basic skills include
-
·
Electronic
Timers
·
Alarms
·
Voice Activated
Switch
·
Digital
Thermometer
·
Shortwave
Receiver.
For Club members with advanced knowledge of
electronics, the following kits are available -
·
Car Alarms
·
Digital
Tachometer
·
Motion Detector
·
Digital Clocks
·
Logic Probe
·
Lego®
Robotics.
Click here for sample pictures of some interesting electronic kits.
Lab
personnel are on-site to assist Club members in designing their own
circuits. Members are encouraged to work
with the lab technicians and lab TAs on specific design issues and on the
ordering of components for their projects.
In
addition to having lots of fun building electronic circuits and gadgets, members
will learn through informal, laid-back lectures and discussions many important
electrical engineering how to’s such
as -
·
how to read
resistor and capacitor color codes
·
how to read and
interpret component data sheets
·
how to solder
components and develop good soldering techniques
·
how to build
electronic circuits on circuit boards
·
how to use
proper and effective wiring techniques
·
how to use
breadboards to design circuits
·
how to use test
equipment to perform measurements
·
how to
troubleshoot circuits for errors and mistakes
·
how to put together
and maintain well-stocked hardware and software tool kits
· how to correctly bias transistors and op-amps.
Creative Circuit Examples in MS-Word Format
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Where does it meet?
CLICK HERE TO DOWNLOAD COMPLETE BROCHURE