Communications
Graphic Communication WAX Thermal
Graphic communication has become more prevalent in
today’s business environment. Colorful graphics,
well-structured page layout, and concise text are all vital
elements that aid advertising materials in achieving desired
results. In the Graphic Communications students study the
elements of design, including formal and informal balance,
proportion, and contrast. They will develop several graphic
messages for specified audiences and complete a dye
sublimation/wax thermal print that can be transferred to any
textile product.They also identify and label various parts
of magazine advertisements and explain the ad’s market and
effect.
Graphic Communication Vinyl Sign-making
The personal computer has revolutionized the graphic
communication industry. Perhaps one are most affected by
this revolution is the design and layout to produce a
multicolored sign. Computers and peripheral equipment allow
the user to digitize an image, manipulate that image, and
develop a layout to produce a multicolored sign. The Graphic
Communication Module is designed to teach formal and
informal balance, proportion, and contrast as they relate to
vinyl sign making. Students study the history of graphic
communication, learn a graphical user interface
(GUI), and analyze a collection of signs. Once students
understand the elements of proper design and layout, they
are given the opportunity to create, design, and cut their
own vinyl sign using a high quality sign cutter.
Audio Broadcasting
A professional audio mixer, two CD players, two dual
cassette decks, an amplifier/receiver, microphones,
speakers, headphones, and all necessary cabling are included
in the Audio Broadcasting Module. Using this array of
equipment, students apply reading, writing , communication,
and problem solving skills to produce their own program.
They also learn about the history of audio broadcasting and
its related equipment. Students take a video tour of a radio
station, including interviews with the programming director
and station manager to learn how radio stations program
their format and sell advertising. Hands-on activities allow
students to develop recorded music, commercials, news
stories, and weather and sports reports. Advanced students
will write and produce a radio play that includes the use of
sound effects.
Global Positioning Systems GPS
Companies, individuals, and industries are constantly
searching for ways to use resources and time more
efficiently and effectively. Global Positioning Systems is a
rapidly growing technology that has influenced several
aspects of most industries. Businesses are better able to
utilize information, about logistics and can determine exact
locations of equipment and or hindrances and many other
applications. All of which saves time and money. Students
will participate in hands-on activities using a Global
Positioning receiver. This receiver utilizes the Global
Positioning System (GPS), a satellite-based system developed
by the United States Department of Defense to provide
accurate positioning of military personnel and resources.
Laser and Satellite Communication
Students in the Lasers and Satellite Communications
Module conduct experiments with light to lay a foundation
for understanding the theories on which a laser operates.
Experimentation begins after a basic introduction to the
classifications of lasers and a thorough lesson on laser
safety. The nature and physical laws of light are studied,
and the essential components of a satellite communication
system are discussed. Students also experiment with
transmitting audio and video signals using the laser as the
channel to send a message. Then, they develop two
communication systems using the included model satellite.
Analog Electronics
The key to many of our modern day technological advances
is our long-standing knowledge of the properties of
electricity. The Analog Electronics Module introduces
students to the theories, applications, and careers
associated with the electronics field. Hands-on activities
include experiments in DC circuits, voltage measurement
(such as a computer-based oscilloscope and digital-multimeter),
switches, transistors, diodes, and relays.
Digital Electronics
Whether its in digital communications or manufacturing,
or power control or energy management, digital electronics
play an extremely important role in equipment and systems we
work with an on a daily bases. In the Digital Electronics
Module students explore truth tables, complex digital
circuits, and the binary number system. As they work through
the module, they discover the basics of electronics by
creating and testing logic circuits and measuring their
voltage, current and resistance.
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