| Mr. D. Pike
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Transportation
Systems |
Production
Systems |
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Communication
Systems |
Technology courses offered in the
Curriculum Guide
FOUNDATIONS (1 Credit Required)
Electricity/Electronics
(Spring Semester) (1/2 credit)
This 10-week course is
designed to provide an overview of electronics and electricity.
Instruction will focus on basic electricity and electronic systems. This
course will emphasize audio communications, semi-conductors, digital
microprocessors, computer and medical applications. Activities will
include lab experiments using electrical tools and equipment, construction
of an electrical product (ex: moisture/humidity detector), computer
simulations dealing with voltage, current, energy and power. We will also
cover several new technologies such as digital electronics, sound
generator and voice synthesizers. Career exploration will be examined in
the numerous opportunities in the field of electronics.
Energy (Spring Semester) (1/2
credit)
This 10-week course is
designed to acquaint students with energy sources and application.
Instruction will focus on information necessary to understand solar,
chemical, nuclear and geothermal energy systems. Energy forms will be
studied as well as the various methods of converting them. Finally,
natural energy sources and the energy crisis will be studied. Activities
may include construction of solar experimental devices, computer
simulations, research reports, scale model construction and field trips
related to energy curriculum.
Production Systems
(Construction and Manufacturing) (Fall 2004) (1
credit)
This 20-week course is
designed to acquaint students with construction and manufacturing. This
course will be organized around the universal systems model with input,
process and output being major categories. Manufacturing categories
include resources of manufacturing, process of manufacturing and
products/impacts of manufacturing. Construction categories include
resources for construction, process of construction and projects/impacts
of construction. Other topics of study may include research on the
industrial revolution, design and construction of manufactured products,
computer applications in manufacturing and construction, career
opportunities in manufacturing and construction, model construction or
other related activities.
The second half of the
course (Residential Structures) will allow students to develop specific
skills in the construction process. The areas of study will include: tools
& equipment, safety materials & supplies, finance, site selection,
foundations, framing, sheathing, roofing, exterior doors & windows,
siding, electrical, plumbing, heating & cooling, insulation, flooring,
trim work and other aspects of residential construction.
The World of Technology (1
credit)
This 20-week course is
designed to provide students with opportunities to become engaged in
critical thinking as they design and develop solutions to real world
problems. Incorporating engineering design and problem solving methods,
students will successfully address the commencement level key ideas and
performance indicators of the MST Learning Standards.
Through the use of hands on
experiences students will be provided with the opportunities to reach high
levels of learning, develop their ability to innovate, and construct their
own knowledge and understanding. Furthermore, students will apply concepts
of mathematics and science, as well as develop linkages to other standard
areas.
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